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NSF/ANSI 49
Class II (Laminar Flow) Biosafety Cabinetry

Cabinet Style
A = Bench Unit With Base or Adjustable Legs Provided
B = Bench Unit Without Base or Adjustable Legs Provided
C = Console

Window Type
H = Hinged
S = Sliding
F = Fixed

Bench Height
NA = Not Applicable
NP = Not Provided

CBV = Concurrent Balance Value

Due to a change in nomenclature in NSF/ANSI 49 - 2002 “Class II (Laminar Flow) Biosafety Cabinetry,” Class II, Type A cabinets are now referred to as Class II, Type A1 and Class II, Types B3 and A/B3 cabinets as Class II, Type A2. Class II, Types B1 and B2 cabinets remain unchanged.

Biosafety cabinet models Listed under NSF/ANSI 49 are approved for use with a power supply of 115V/60Hz, unless otherwise noted. If biosafety cabinets have been approved for use with additional power supplies, the power supply will be indicated in the Official Listing.

Across International LLC
111 Dorsa Avenue
Livingston, NJ 07039
United States
888-988-0899
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Facility : Shandong, China

Model Number	Cabinet Type/Style		Inflow Velocity (fpm)	Downflow Velocity (fpm)	CBV (cfm) at Static Pressure (in w.g.)	Cabinet Width ft.	Window Ht/Type in.	Bench Ht Max in.	Acceptable Options

BC-2F[1]	A2	A	100 - 110	60 - 70	N/A	2	10S	28	U.V. Light Canopy Connection
BC-3F[2]	A2	A	100 - 110	60 - 70	N/A	3	10S	27	Canopy Connection I.V. Pole U.V. Light
BC-4F[3]	A2	A	100 - 110	60 - 70	N/A	4	10S	27	I.V. Pole U.V. Light Canopy Connection
BC-4FB2[2]	B2	A	100 - 110	60 - 70	949 @ 2.1	4	8S	27	I.V. Pole U.V. Light
BC-6F[4]	A2	A	100 - 110	60 - 70	N/A	6	10S	27	I.V. Pole Canopy Connection U.V. Light
[1] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer's operator's manual for appropriate correction factor) without adjusting cabinet airflow balance. Downflow nominal set point of 65 fpm was established with U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2020. Certified for use with power supplies of 115V/60Hz, 230V/50Hz and 230V/60Hz. Canopy connection model number is 2T-C. [2] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer's operator's manual for appropriate correction factor) without adjusting cabinet airflow balance. Downflow nominal set point of 65 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2016. Biobase canopy model CY-3FA2-I was evaluated as a part of the NSF Certification testing procedures. Certified for use with power supplies of 115V/60Hz, 230V/50Hz and 230V/60Hz. [3] Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set-point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set-point of 65 fpm was established 4 inches above the bottom of the sash with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2014. Certified for use with power supplies of 115V/60Hz, 230V/50Hz and 230V/60Hz. [4] Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set-point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set-point of 65 fpm was established 4 inches above the bottom of the sash with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2014. Certified for use with power supplies of 115V/60Hz, 230V/50Hz and 230V/60Hz.

Allentown, LLC
Route 526
Allentown, NJ 08501-0698
United States
609-259-7951
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Facility : # 1 USA

Model Number	Cabinet Type/Style		Inflow Velocity (fpm)	Downflow Velocity (fpm)	CBV (cfm) at Static Pressure (in w.g.)	Cabinet Width ft.	Window Ht/Type in.	Bench Ht Max in.	Acceptable Options

39241[1] [2]	A2	A	100 - 110	50 - 60	N/A	4	10S	36	Canopy Connection I.V. Pole U.V. Light
39242xxx1 Safety Cab.[1] [3]	A2	A	100 - 110	55 - 65	N/A	4	12S	36	Canopy Connection I.V. Pole U.V. Light
39248[1] [2]	A2	A	100 - 110	50 - 60	N/A	4	8S	36	Canopy Connection I.V. Pole U.V. Light
39251[1] [2]	A2	A	100 - 110	50 - 60	N/A	5	10S	36	Canopy Connection I.V. Pole U.V. Light
39252xxx1 Safety Cab.[1] [4]	A2	A	100 - 110	55 - 65	N/A	5	12S	36	Canopy Connection I.V. Pole U.V. Light
39258[1] [2]	A2	A	100 - 110	50 - 60	N/A	5	8S	36	Canopy Connection I.V. Pole U.V. Light
39261[1] [2]	A2	A	100 - 110	50 - 60	N/A	6	10S	36	Canopy Connection I.V. Pole U.V. Light
39262xxx1 Safety Cab.[1] [3]	A2	A	100 - 110	55 - 65	N/A	6	12S	36	Canopy Connection I.V. Pole U.V. Light
39268[1] [2]	A2	A	100 - 110	50 - 60	N/A	6	8S	36	Canopy Connection I.V. Pole U.V. Light
[1] Certified for use with power supplies of 100V/50Hz, 100V/60Hz, 230V/50Hz, and 230V/60Hz. [2] Inflow nominal set point of 105 fpm was established with a direct airflow reading measurement. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted access opening, using the manufacturer-supplied probe holder and sash stop (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 55 fpm was established with I.V. pole and U.V. light removed. This cabinet model was Certified to NSF/ANSI 49-2012. This cabinet model is Certified for use with optional sidewall Vacu-PassTM Cord and Cable Portal. [3] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted access opening, using the manufacturer-supplied probe holder and sash stop (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 55 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2018. This cabinet model is Certified for use with optional sidewall Vacu-PassTM Cord & Cable Portal. [4] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted access opening, using the manufacturer-supplied probe holder and sash stop (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 60 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2018. This cabinet model is Certified for use with optional sidewall Vacu-PassTM Cord & Cable Portal.

Baker Company, Inc. (The)
175 Gatehouse Road
Sanford, ME 04073
United States
800-992-2537
207-324-8773
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Facility : Sanford, ME

Model Number	Cabinet Type/Style		Inflow Velocity (fpm)	Downflow Velocity (fpm)	CBV (cfm) at Static Pressure (in w.g.)	Cabinet Width ft.	Window Ht/Type in.	Bench Ht Max in.	Acceptable Options

BCG401[1]	B2	C	100 - 110	35 - 45	664 @ 1.6	4	8S	35	I.V. Pole U.V. Light Casters
BCG601[1]	B2	C	100 - 110	35 - 45	993 @ 1.6	6	8S	35	I.V. Pole U.V. Light
SG404[2] [3] [4] [5]	A2	A	100 - 110	47 - 57 42 - 52	N/A	4	8S	37	I.V. Pole U.V. Light Casters Canopy Connection
SG404[2] [3] [4] [5]	A2	A	100 - 110	47 - 57 42 - 52	N/A	4	10S	37	I.V. Pole U.V. Light Casters Canopy Connection
SG404[2] [3] [4] [5]	A2	A	100 - 110	47 - 57 42 - 52	N/A	4	12S	37	I.V. Pole U.V. Light Casters Canopy Connection
SG504[2] [3] [5] [6]	A2	A	100 - 110	45 - 55 42 - 52	N/A	5	8S	37	I.V. Pole U.V. Light Casters Canopy Connection
SG504[2] [3] [5] [6]	A2	A	100 - 110	45 - 55 42 - 52	N/A	5	10S	37	I.V. Pole U.V. Light Casters Canopy Connection
SG504[2] [3] [5] [7]	A2	A	100 - 110	45 - 55 40 - 50	N/A	5	12S	37	I.V. Pole U.V. Light Casters Canopy Connection
SG604[2] [3] [5] [8]	A2	A	100 - 110	48 - 58 42 - 52	N/A	6	8S	37	Casters Canopy Connection I.V. Pole U.V. Light
SG604[2] [3] [5] [8]	A2	A	100 - 110	48 - 58 42 - 52	N/A	6	10S	37	Casters Canopy Connection I.V. Pole U.V. Light
SG604[2] [3] [5] [9]	A2	A	100 - 110	42 - 52 36 - 46	N/A	6	12S	37	Canopy Connection Casters I.V. Pole U.V. Light
[1] Beginning with serial number 103539 for the 4-foot model and serial number 103706 for the 6-foot model. Inflow nominal setpoint of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate calculated method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer's operator's manual for appropriate correction factor), without adjusting cabinet airflow balance. Downflow nominal set point was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2010a. This cabinet qualifies only with the armrest installed. This cabinet is approved with additional petcocks on the sidewalls and a low static pressure exhaust plenum. Cabinet models BCG401 INT and BCG601 INT are Certified for alternate motor/blower combinations and input power supply. [2] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate calculated method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer's operator's manual for appropriate correction factor, if applicable). [3] Baker model designations SG404-AUS and SG604-AUS are Certified to NSF/ANSI 49-2012 for operation at 220V/50Hz with an 8-inch window opening. Baker model designations SG404-INT, SG504-INT, and SG604-INT are Certified to NSF/ANSI 49-2012 for operation at either 220V/50Hz or 220V/60Hz. [4] Beginning with serial number 110235. The acceptable non-uniform downflow ranges listed above begin with zone 1 (47-57 fpm) at the rear of the work area (compromised of lateral rear and center rows) and end with zone 2 (42-52 fpm) (comprised of front lateral row) behind the front window enclosing the work area. Downflow nominal set points were established with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2012. This cabinet qualifies only with the armrest installed. FlexAir Canopy connection 333A745 is approved for use with this model. [5] The maximum height for the bench stand with casters is 30 inches. The maximum height for the bench stand with feet is 37 inches. [6] Beginning with serial number 110795. The acceptable non-uniform downflow ranges listed above begin with zone 1 (45-55 fpm) at the rear of the work area (compromised of lateral rear and center rows) and end with zone 2 (42-52 fpm) (comprised of front lateral row) behind the front window enclosing the work area. Downflow nominal set points were established with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2012. This cabinet qualifies only with the armrest installed. FlexAir Canopy connection 336A745 is approved for use with this model. [7] Beginning with serial number 110795. The acceptable non-uniform downflow ranges listed above begin with zone 1 (45-55 fpm) at the rear of the work area (compromised of lateral rear and center rows) and end with zone 2 (40-50 fpm) (comprised of front lateral row) behind the front window enclosing the work area. Downflow nominal set points were established with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2012. This cabinet qualifies only with the armrest installed. FlexAir Canopy connection 336A745 is approved for use with this model. [8] Beginning with serial number 110555. The acceptable non-uniform downflow ranges listed above begin with zone 1 (48-58 fpm) at the rear of the work area (compromised of lateral rear and center rows) and end with zone 2 (42-52 fpm) (comprised of front lateral row) behind the front window enclosing the work area. Downflow nominal set points were established with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2012. This cabinet qualifies only with the armrest installed. FlexAir Canopy connection 336A745 is approved for use with this model. [9] Beginning with serial number 110555. The acceptable non-uniform downflow ranges listed above begin with zone 1 (42-52 fpm) at the rear of the work area (compromised of lateral rear and center rows) and end with zone 2 (36-46 fpm) (comprised of front lateral row) behind the front window enclosing the work area. Downflow nominal set points were established with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2012. This cabinet qualifies only with the armrest installed. FlexAir Canopy connection 336A745 is approved for use with this model.

CHC Biotech Co., Ltd.
2nd Floor of W1 Building
150 Gwahakseongjang-ro
Yuseong-gu, Daejeon 305-500
Korea, Republic of
82 42 936 5530
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Facility : CHC Biotech Co., Ltd. – Republic of Korea

Model Number	Cabinet Type/Style		Inflow Velocity (fpm)	Downflow Velocity (fpm)	CBV (cfm) at Static Pressure (in w.g.)	Cabinet Width ft.	Window Ht/Type in.	Bench Ht Max in.	Acceptable Options

NB-704[1] [2]	A2	A	100 - 110	55 - 65		4	8S	26	I.V. Pole U.V. Light
NB-706[1] [2]	A2	A	100 - 110	55 - 65		6	8S	26	I.V. Pole U.V. Light
[1] Certified for use with power supplies of 115V/60 Hz, 230V/50 Hz and 230V/60 Hz. [2] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's alternate recommended method with thermal anemometer in a constricted (3 inch high) access opening consult manufacturer's operator's manual for appropriate correction factor), without adjusting cabinet airflow balance. Downflow nominal set point was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2020. This cabinet qualifies only with the armrest installed.

Chung Fu Technical Development Co., Ltd.
7F, No. 687, Mintsu East Road
Taipei 105
Taiwan
886 2 2600 1761
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Facility : New Taipei City, Taiwan

Model Number	Cabinet Type/Style		Inflow Velocity (fpm)	Downflow Velocity (fpm)	CBV (cfm) at Static Pressure (in w.g.)	Cabinet Width ft.	Window Ht/Type in.	Bench Ht Max in.	Acceptable Options

AHA-133-AA-B[1] [2]	A2	A	100 - 110	54 - 64	N/A	4	10S	28	I.V. Pole U.V. Light
AHA-133-AB-B[1] [2] [3]	A2	A	100 - 110	54 - 64	N/A	4	10S	28	I.V. Pole U.V. Light
AHA-133-AC-B[1] [2] [4]	A2	A	100 - 110	54 - 64	N/A	4	10S	28	I.V. Pole U.V. Light
AHA-133-CA-B[1] [5]	A2	A	100 - 110	54 - 64	N/A	4	10S	28	I.V. Pole U.V. Light
AHA-133-CB-B[1] [3] [5]	A2	A	100 - 110	54 - 64	N/A	4	10S	28	I.V. Pole U.V. Light
AHA-133-CC-B[1] [4] [5]	A2	A	100 - 110	54 - 64	N/A	4	10S	28	I.V. Pole U.V. Light
AHA-193-AA-A[2] [6]	A2	A	100 - 110	54 - 64	N/A	6	8S	29	I.V. Pole U.V. Light
AHA-193-AB-A[2] [3] [6]	A2	A	100 - 110	54 - 64	N/A	6	8S	29	I.V. Pole U.V. Light
AHA-193-AC-A[2] [4] [6]	A2	A	100 - 110	54 - 64	N/A	6	8S	29	I.V. Pole U.V. Light
AHA-193-CA-A[5] [6]	A2	A	100 - 110	54 - 64	N/A	6	8S	29	I.V. Pole U.V. Light
AHA-193-CB-A[3] [5] [6]	A2	A	100 - 110	54 - 64	N/A	6	8S	29	I.V. Pole U.V. Light
AHA-193-CC-A[4] [5] [6]	A2	A	100 - 110	54 - 64	N/A	6	8S	29	I.V. Pole U.V. Light
[1] Beginning with serial number AHA1608060. Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set-point of 59 fpm was established 4 inches above the bottom of the sash with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2014. Chung Fu Technical Development Co., Ltd. Models AHA-133-AA-B, AHA-133-AB-B, AHA-133-AC-B, AHA-133-CA-B, AHA-133-CB-B and AHA-133-CC-B are marketed by Air Science, LLC, USA as Air Science Models AS-AHA-133-AA-B, AS-AHA-133-AB-B, AS-AHA-133-AC-B, AS-AHA-133-CA-B, AS-AHA-133-CB-B and AS-AHA-133-CC-B, respectively. [2] Control panel is touch screen on this model. [3] Certified for use with power supplies of 230V/50Hz and 230V/60Hz. [4] Certified for use with power supplies of 100V/50Hz and 100V/60Hz. [5] Control panel is membrane switch on this model. [6] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. The downflow nominal set-point of 59 fpm was established 4 inches above the bottom of the sash with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2020. Chung Fu Technical Development Co., Ltd. Models AHA-193-AA-A, AHA-193-AB-A,AHA-193-AC-A, AHA-193-CA-A, AHA-193-CB-A and AHA-193-CC-A are marketed by Air Science, LLC, USA as Air Science Models AS-AHA-193-AA-A, AS-AHA-193-AB-A, AS-AHA-193-AC-A, AS-AHA-193-CA-A, AS-AHA-193-CB-A and AS-AHA-193-CC-A, respectively.

Design Filtration Microzone Inc.
86 Harry Douglas Drive
Ottawa, ON K2S 2C7
Canada
613-831-8318
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Facility : Shandong Province, China

Model Number	Cabinet Type/Style		Inflow Velocity (fpm)	Downflow Velocity (fpm)	CBV (cfm) at Static Pressure (in w.g.)	Cabinet Width ft.	Window Ht/Type in.	Bench Ht Max in.	Acceptable Options

BK-3-4[1]	A2	A	100 - 110	60 - 70	N/A	4	10S	27	Canopy Connection I.V. Pole U.V. Light
BK-3-6[2]	A2	A	100 - 110	60 - 70	N/A	6	10S	27	I.V. Pole U.V. Light Canopy Connection
BK3-4[3] [4]	A2	A	100 - 110	60 - 70	N/A	4	8S	27	I.V. Pole U.V. Light
[1] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set point of 65 fpm was established 4 inches above the bottom of the sash with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2014. Certified for use with power supplies of 115V/60Hz, 230V/50Hz and 230V/60Hz. [2] Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set-point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set-point of 65 fpm was established 4 inches above the bottom of the sash with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2014. Certified for use with power supplies of 115V/60Hz, 230V/50Hz and 230V/60Hz. [3] Approved for alternate power modes of 220V/50Hz and 220V/60Hz. [4] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set-point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set-point of 65 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2012.

Esco Micro Pte Ltd
21 Changi South Street 1
486777
Singapore
65 6542 0833
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Facility : Kepulauan Riau, Indonesia

Model Number	Cabinet Type/Style		Inflow Velocity (fpm)	Downflow Velocity (fpm)	CBV (cfm) at Static Pressure (in w.g.)	Cabinet Width ft.	Window Ht/Type in.	Bench Ht Max in.	Acceptable Options

AC2-3E8-NS G4 8"[1] [2]	A2	A	100 - 110	55 - 65	N/A	3	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-3E9-NS G4 8"[1] [3]	A2	A	100 - 110	55 - 65	N/A	3	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-3J7 G4 8"[1] [4]	A2	A	100 - 110	55 - 65	N/A	3	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-3N7 G4 8" [1] [4]	A2	A	100 - 110	55 - 65	N/A	3	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-3S8-NS G4 8"[1] [2]	A2	A	100 - 110	55 - 65	N/A	3	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-3S9-NS G4 8"[1] [3]	A2	A	100 - 110	55 - 65	N/A	3	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-3Y7 G4 8"[1] [4]	A2	A	100 - 110	55 - 65	N/A	3	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-4E8-NS G4 10"[2] [5]	A2	A	100 - 110	55 - 65	N/A	4	10S	36	I.V. Pole U.V. Light Canopy Connection
AC2-4E8-NS G4 8"[2] [5]	A2	A	100 - 110	55 - 65	N/A	4	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-4E9-NS G4 10"[3] [5]	A2	A	100 - 110	55 - 65	N/A	4	10S	36	I.V. Pole U.V. Light Canopy Connection
AC2-4E9-NS G4 8" [3] [5]	A2	A	100 - 110	55 - 65	N/A	4	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-4J7 G4 10"[4] [5]	A2	A	100 - 110	55 - 65	N/A	4	10S	36	I.V. Pole U.V. Light Canopy Connection
AC2-4J7 G4 8"[4] [5]	A2	A	100 - 110	55 - 65	N/A	4	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-4N7 G4 10"[4] [5]	A2	A	100 - 110	55 - 65	N/A	4	10S	36	I.V. Pole U.V. Light Canopy Connection
AC2-4N7 G4 8"[4] [5]	A2	A	100 - 110	55 - 65	N/A	4	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-4S8-NS G4 10"[2] [5]	A2	A	100 - 110	55 - 65	N/A	4	10S	36	I.V. Pole U.V. Light Canopy Connection
AC2-4S8-NS G4 8"[2] [5]	A2	A	100 - 110	55 - 65	N/A	4	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-4S9-NS G4 10"[3] [5]	A2	A	100 - 110	55 - 65	N/A	4	10S	36	I.V. Pole U.V. Light Canopy Connection
AC2-4S9-NS G4 8"[3] [5]	A2	A	100 - 110	55 - 65	N/A	4	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-4Y7 G4 10"[4] [5]	A2	A	100 - 110	55 - 65	N/A	4	10S	36	I.V. Pole U.V. Light Canopy Connection
AC2-4Y7 G4 8"[4] [5]	A2	A	100 - 110	55 - 65	N/A	4	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-5E8-NS G4 8"[2] [6]	A2	A	100 - 110	55 - 65	N/A	5	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-5E9-NS G4 8"[3] [6]	A2	A	100 - 110	55 - 65	N/A	5	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-5J7 G4 8" [4] [6]	A2	A	100 - 110	55 - 65	N/A	5	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-5N7 G4 8"[4] [6]	A2	A	100 - 110	55 - 65	N/A	5	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-5S8-NS G4 8"[2] [6]	A2	A	100 - 110	55 - 65	N/A	5	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-5S9-NS G4 8"[3] [6]	A2	A	100 - 110	55 - 65	N/A	5	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-5Y7 G4 8"[4] [6]	A2	A	100 - 110	55 - 65	N/A	5	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-6E8-NS G4 10"[2] [7]	A2	A	100 - 110	55 - 65	N/A	6	10S	36	I.V. Pole U.V. Light Canopy Connection
AC2-6E8-NS G4 8"[2] [7]	A2	A	100 - 110	55 - 65	N/A	6	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-6E9-NS G4 10"[3] [7]	A2	A	100 - 110	55 - 65	N/A	6	10S	36	I.V. Pole U.V. Light Canopy Connection
AC2-6E9-NS G4 8"[3] [7]	A2	A	100 - 110	55 - 65	N/A	6	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-6J7 G4 10"[4] [7]	A2	A	100 - 110	55 - 65	N/A	6	10S	36	I.V. Pole U.V. Light Canopy Connection
AC2-6J7 G4 8"[4] [7]	A2	A	100 - 110	55 - 65	N/A	6	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-6N7 G4 10"[4] [7]	A2	A	100 - 110	55 - 65	N/A	6	10S	36	I.V. Pole U.V. Light Canopy Connection
AC2-6N7 G4 8"[4] [7]	A2	A	100 - 110	55 - 65	N/A	6	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-6S8-NS G4 10" [2] [7]	A2	A	100 - 110	55 - 65	N/A	6	10S	36	I.V. Pole U.V. Light Canopy Connection
AC2-6S8-NS G4 8"[2] [7]	A2	A	100 - 110	55 - 65	N/A	6	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-6S9-NS G4 10"[3] [7]	A2	A	100 - 110	55 - 65	N/A	6	10S	36	I.V. Pole U.V. Light Canopy Connection
AC2-6S9-NS G4 8"[3] [7]	A2	A	100 - 110	55 - 65	N/A	6	8S	36	I.V. Pole U.V. Light Canopy Connection
AC2-6Y7 G4 10"[4] [7]	A2	A	100 - 110	55 - 65	N/A	6	10S	36	I.V. Pole U.V. Light Canopy Connection
AC2-6Y7 G4 8"[4] [7]	A2	A	100 - 110	55 - 65	N/A	6	8S	36	I.V. Pole U.V. Light Canopy Connection
AR2-3E8 G4 8"[1] [2]	A2	A	100 - 110	55 - 65	N/A	3	8S	36	I.V. Pole U.V. Light Canopy Connection
AR2-3E9 G4 8"[1] [3]	A2	A	100 - 110	55 - 65	N/A	3	8S	36	I.V. Pole U.V. Light Canopy Connection
AR2-3S8 G4 8"[1] [2]	A2	A	100 - 110	55 - 65	N/A	3	8S	36	I.V. Pole U.V. Light Canopy Connection
AR2-3S9 G4 8"[1] [3]	A2	A	100 - 110	55 - 65	N/A	3	8S	36	I.V. Pole U.V. Light Canopy Connection
AR2-4E8 G4 10"[2] [5]	A2	A	100 - 110	55 - 65	N/A	4	10S	36	I.V. Pole U.V. Light Canopy Connection
AR2-4E8 G4 8"[2] [5]	A2	A	100 - 110	55 - 65	N/A	4	8S	36	I.V. Pole U.V. Light Canopy Connection
AR2-4E9 G4 10"[3] [5]	A2	A	100 - 110	55 - 65	N/A	4	10S	36	I.V. Pole U.V. Light Canopy Connection
AR2-4E9 G4 8"[3] [5]	A2	A	100 - 110	55 - 65	N/A	4	8S	36	I.V. Pole U.V. Light Canopy Connection
AR2-4S8 G4 10"[2] [5]	A2	A	100 - 110	55 - 65	N/A	4	10S	36	I.V. Pole U.V. Light Canopy Connection
AR2-4S8 G4 8"[2] [5]	A2	A	100 - 110	55 - 65	N/A	4	8S	36	I.V. Pole U.V. Light Canopy Connection
AR2-4S9 G4 10"[3] [5]	A2	A	100 - 110	55 - 65	N/A	4	10S	36	I.V. Pole U.V. Light Canopy Connection
AR2-4S9 G4 8"[3] [5]	A2	A	100 - 110	55 - 65	N/A	4	8S	36	I.V. Pole U.V. Light Canopy Connection
AR2-5E8 G4 8"[2] [6]	A2	A	100 - 110	55 - 65	N/A	5	8S	36	I.V. Pole U.V. Light Canopy Connection
AR2-5E9 G4 8"[3] [6]	A2	A	100 - 110	55 - 65	N/A	5	8S	36	I.V. Pole U.V. Light Canopy Connection
AR2-5S8 G4 8"[2] [6]	A2	A	100 - 110	55 - 65	N/A	5	8S	36	I.V. Pole U.V. Light Canopy Connection
AR2-5S9 G4 8"[3] [6]	A2	A	100 - 110	55 - 65	N/A	5	8S	36	I.V. Pole U.V. Light Canopy Connection
AR2-6E8 G4 10"[2] [7]	A2	A	100 - 110	55 - 65	N/A	6	10S	36	I.V. Pole U.V. Light Canopy Connection
AR2-6E8 G4 8"[2] [7]	A2	A	100 - 110	55 - 65	N/A	6	8S	36	I.V. Pole U.V. Light Canopy Connection
AR2-6E9 G4 10"[3] [7]	A2	A	100 - 110	55 - 65	N/A	6	10S	36	I.V. Pole U.V. Light Canopy Connection
AR2-6E9 G4 8"[3] [7]	A2	A	100 - 110	55 - 65	N/A	6	8S	36	I.V. Pole U.V. Light Canopy Connection
AR2-6S8 G4 10"[2] [7]	A2	A	100 - 110	55 - 65	N/A	6	10S	36	I.V. Pole U.V. Light Canopy Connection
AR2-6S8 G4 8"[2] [7]	A2	A	100 - 110	55 - 65	N/A	6	8S	36	I.V. Pole U.V. Light Canopy Connection
AR2-6S9 G4 10"[3] [7]	A2	A	100 - 110	55 - 65	N/A	6	10S	36	I.V. Pole U.V. Light Canopy Connection
AR2-6S9 G4 8"[3] [7]	A2	A	100 - 110	55 - 65	N/A	6	8S	36	I.V. Pole U.V. Light Canopy Connection
LA2-4J7 G4 10"[4] [8]	A2	A	100 - 110	55 - 65	N/A	4	10S	36	I.V. Pole U.V. Light Canopy Connection
LA2-4J7 G4 12"[4] [8]	A2	A	100 - 110	55 - 65	N/A	4	12S	36	I.V. Pole U.V. Light
LA2-4J7 G4 8"[4] [8]	A2	A	100 - 110	55 - 65	N/A	4	8S	36	I.V. Pole U.V. Light
LA2-4N7 G4 10"[4] [8]	A2	A	100 - 110	55 - 65	N/A	4	10S	36	I.V. Pole U.V. Light Canopy Connection
LA2-4N7 G4 12"[4] [8]	A2	A	100 - 110	55 - 65	N/A	4	12S	36	I.V. Pole U.V. Light
LA2-4N7 G4 8"[4] [8]	A2	A	100 - 110	55 - 65	N/A	4	8S	36	I.V. Pole U.V. Light
LA2-4S8 G4 10"[2] [8]	A2	A	100 - 110	55 - 65	N/A	4	10S	36	I.V. Pole U.V. Light Canopy Connection
LA2-4S8 G4 12"[2] [8]	A2	A	100 - 110	55 - 65	N/A	4	12S	36	I.V. Pole U.V. Light
LA2-4S8 G4 8"[2] [8]	A2	A	100 - 110	55 - 65	N/A	4	8S	36	I.V. Pole U.V. Light
LA2-4S9 G4 10"[3] [8]	A2	A	100 - 110	55 - 65	N/A	4	10S	36	I.V. Pole U.V. Light Canopy Connection
LA2-4S9 G4 12"[3] [8]	A2	A	100 - 110	55 - 65	N/A	4	12S	36	I.V. Pole U.V. Light
LA2-4S9 G4 8"[3] [8]	A2	A	100 - 110	55 - 65	N/A	4	8S	36	I.V. Pole U.V. Light
LA2-4Y7 G4 10"[4] [8]	A2	A	100 - 110	55 - 65	N/A	4	10S	36	I.V. Pole U.V. Light Canopy Connection
LA2-4Y7 G4 12"[4] [8]	A2	A	100 - 110	55 - 65	N/A	4	12S	36	I.V. Pole U.V. Light
LA2-4Y7 G4 8"[4] [8]	A2	A	100 - 110	55 - 65	N/A	4	8S	36	I.V. Pole U.V. Light
LA2-5J7 G4 10"[4] [9]	A2	A	100 - 110	60 - 70	N/A	5	10S	36	I.V. Pole U.V. Light Canopy Connection
LA2-5N7 G4 10"[4] [9]	A2	A	100 - 110	60 - 70	N/A	5	10S	36	I.V. Pole U.V. Light Canopy Connection
LA2-5S8 G4 10"[2] [9]	A2	A	100 - 110	60 - 70	N/A	5	10S	36	I.V. Pole U.V. Light Canopy Connection
LA2-5S9 G4 10"[3] [9]	A2	A	100 - 110	60 - 70	N/A	5	10S	36	I.V. Pole U.V. Light Canopy Connection
LA2-5Y7 G4 10"[4] [9]	A2	A	100 - 110	60 - 70	N/A	5	10S	36	I.V. Pole U.V. Light Canopy Connection
LA2-6J7 G4 10"[4] [8]	A2	A	100 - 110	55 - 65	N/A	6	10S	36	I.V. Pole U.V. Light Canopy Connection
LA2-6J7 G4 12"[4] [10]	A2	A	100 - 110	65 - 75	N/A	6	12S	36	I.V. Pole U.V. Light Canopy Connection
LA2-6N7 G4 10"[4] [8]	A2	A	100 - 110	55 - 65	N/A	6	10S	36	I.V. Pole U.V. Light Canopy Connection
LA2-6N7 G4 12"[4] [10]	A2	A	100 - 110	65 - 75	N/A	6	12S	36	I.V. Pole U.V. Light Canopy Connection
LA2-6S8 G4 10"[2] [8]	A2	A	100 - 110	55 - 65	N/A	6	10S	36	I.V. Pole U.V. Light Canopy Connection
LA2-6S8 G4 12"[2] [10]	A2	A	100 - 110	65 - 75	N/A	6	12S	36	I.V. Pole U.V. Light Canopy Connection
LA2-6S9 G4 10"[3] [8]	A2	A	100 - 110	55 - 65	N/A	6	10S	36	I.V. Pole U.V. Light Canopy Connection
LA2-6S9 G4 12"[3] [10]	A2	A	100 - 110	65 - 75	N/A	6	12S	36	I.V. Pole U.V. Light Canopy Connection
LA2-6Y7 G4 10"[4] [8]	A2	A	100 - 110	55 - 65	N/A	6	10S	36	I.V. Pole U.V. Light Canopy Connection
LA2-6Y7 G4 12"[4] [10]	A2	A	100 - 110	65 - 75	N/A	6	12S	36	I.V. Pole U.V. Light Canopy Connection
LB2-4B7 G4[4] [11]	B2	A	100 - 110	55 - 65	887 @ 1.9	4	8S	35	I.V. Pole U.V. Light Bag-In/ Bag-Out
LB2-4B8 G4[2] [11]	B2	A	100 - 110	55 - 65	887 @ 1.9	4	8S	35	I.V. Pole U.V. Light Bag-In/ Bag-Out
LB2-4B9 G4[3] [11]	B2	A	100 - 110	55 - 65	887 @ 1.9	4	8S	35	I.V. Pole U.V. Light Bag-In/ Bag-Out
LB2-4Y7 G4[4] [11]	B2	A	100 - 110	55 - 65	887 @ 1.9	4	8S	35	I.V. Pole U.V. Light Bag-In/ Bag-Out
LB2-4Y8 G4[2] [11]	B2	A	100 - 110	55 - 65	887 @ 1.9	4	8S	35	I.V. Pole U.V. Light Bag-In/ Bag-Out
LB2-4Y9 G4[3] [11]	B2	A	100 - 110	55 - 65	887 @ 1.9	4	8S	35	I.V. Pole U.V. Light Bag-In/ Bag-Out
LB2-6B7 G4[4] [12]	B2	A	100 - 110	55 - 65	1276 @ 2.7	6	8S	34	I.V. Pole U.V. Light Bag-In/ Bag-Out
LB2-6B8 G4[2] [12]	B2	A	100 - 110	55 - 65	1276 @ 2.7	6	8S	34	I.V. Pole U.V. Light Bag-In/ Bag-Out
LB2-6B9 G4[3] [12]	B2	A	100 - 110	55 - 65	1276 @ 2.7	6	8S	34	I.V. Pole U.V. Light Bag-In/ Bag-Out
LB2-6Y7 G4[4] [12]	B2	A	100 - 110	55 - 65	1276 @ 2.7	6	8S	34	I.V. Pole U.V. Light Bag-In/ Bag-Out
LB2-6Y8 G4[2] [12]	B2	A	100 - 110	55 - 65	1276 @ 2.7	6	8S	34	I.V. Pole U.V. Light Bag-In/ Bag-Out
LB2-6Y9 G4[3] [12]	B2	A	100 - 110	55 - 65	1276 @ 2.7	6	8S	34	I.V. Pole U.V. Light Bag-In/ Bag-Out
LR2-4S8 G4 10"[2] [8]	A2	A	100 - 110	55 - 65	N/A	4	10S	36	I.V. Pole U.V. Light Canopy Connection
LR2-4S8 G4 12"[2] [8]	A2	A	100 - 110	55 - 65	N/A	4	12S	36	I.V. Pole U.V. Light
LR2-4S8 G4 8"[2] [8]	A2	A	100 - 110	55 - 65	N/A	4	8S	36	I.V. Pole U.V. Light
LR2-4S9 G4 10"[3] [8]	A2	A	100 - 110	55 - 65	N/A	4	10S	36	I.V. Pole U.V. Light Canopy Connection
LR2-4S9 G4 12"[3] [8]	A2	A	100 - 110	55 - 65	N/A	4	12S	36	I.V. Pole U.V. Light
LR2-4S9 G4 8"[3] [8]	A2	A	100 - 110	55 - 65	N/A	4	8S	36	I.V. Pole U.V. Light
LR2-5S8 G4 10"[2] [9]	A2	A	100 - 110	55 - 65	N/A	5	10S	36	I.V. Pole U.V. Light Canopy Connection
LR2-5S9 G4 10"[3] [9]	A2	A	100 - 110	55 - 65	N/A	5	10S	36	I.V. Pole U.V. Light Canopy Connection
LR2-6S8 G4 10"[2] [8]	A2	A	100 - 110	55 - 65	N/A	6	10S	36	I.V. Pole U.V. Light Canopy Connection
LR2-6S8 G4 12"[2] [10]	A2	A	100 - 110	65 - 75	N/A	6	12S	36	I.V. Pole U.V. Light Canopy Connection
LR2-6S9 G4 10"[3] [8]	A2	A	100 - 110	55 - 65	N/A	6	10S	36	I.V. Pole U.V. Light Canopy Connection
LR2-6S9 G4 12"[3] [10]	A2	A	100 - 110	65 - 75	N/A	6	12S	36	I.V. Pole U.V. Light Canopy Connection
VA2-4S8 G4 12"[2] [8]	A2	A	100 - 110	55 - 65	N/A	4	12S	36	I.V. Pole U.V. Light
VA2-4S9 G4 12"[3] [8]	A2	A	100 - 110	55 - 65	N/A	4	12S	36	I.V. Pole U.V. Light
VA2-6S8 G4 12"[2] [10]	A2	A	100 - 110	65 - 75	N/A	6	12S	36	I.V. Pole U.V. Light Canopy Connection
VA2-6S9 G4 12"[3] [10]	A2	A	100 - 110	65 - 75	N/A	6	12S	36	I.V. Pole U.V. Light Canopy Connection
[1] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 60 fpm was established 4 inches above the bottom of the sash with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2022. [2] Certified for use with a power supply of 230V/50Hz and 230V/60Hz. [3] Certified for use with a power supply of 110V-120V/50Hz and 110V-120V/60Hz. [4] Approved for alternate power modes of 100V/50Hz and 100V/60Hz. [5] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 60 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2022. [6] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 60 fpm was established 4 inches above the bottom of the sash with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2022. [7] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 60 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2022. [8] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 60 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2014. [9] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 65 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2014. [10] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 70 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2014. [11] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 60 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2020. [12] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 60 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2022.

Germfree Laboratories, LLC
4 Sunshine Boulevard
Ormond Beach, FL 32174
United States
386-265-4360
Visit this company's website

Facility : Ormond Beach, FL

Model Number	Cabinet Type/Style		Inflow Velocity (fpm)	Downflow Velocity (fpm)	CBV (cfm) at Static Pressure (in w.g.)	Cabinet Width ft.	Window Ht/Type in.	Bench Ht Max in.	Acceptable Options

BSCA-4	A2	A	100 - 110	54 - 64 54 - 64 40 - 50	N/A	4	10S	32	I.V. Pole Canopy Connection

[1] Inflow nominal set point of 105 fpm was established with a direct airflow reading
    instrument. This nominal set point was confirmed using the manufacturer's recommended 
    alternate method with thermal anemometer in a constricted (3 inch high) access opening 
    (consult manufacturer for appropriate correction factor, if applicable), without
    adjusting cabinet airflow balance. The acceptable non-uniform downflow ranges listed
    above begin with zone 1 (54-64 fpm) closest to the back wall of the cabinet, zone 2
    (54-64 fpm) center of the cabinet, and end with zone 3 (40-50 fpm) closest to the front
    sliding window.  Downflow nominal set points were established with the I.V. Pole
    removed.  This cabinet model was Certified to NSF/ANSI 49-2020.  This cabinet qualifies
    only with the armrest installed. Certified for use with a power supply of 100V/50Hz/60Hz
    and 230V/50Hz/60Hz. Additional options are I.V. pole, canopy model BSCA-4C, casters and
    modified-passthrough.

Jinan Biobase Biotech Co., Ltd.
North side of Jiwang Road, Mingshui
Economic Dev. Zone, Zhangqiu Jinan
Shandong Province 250200
China
86 531 5867 3159
Visit this company's website

Facility : # 37 China

Model Number	Cabinet Type/Style		Inflow Velocity (fpm)	Downflow Velocity (fpm)	CBV (cfm) at Static Pressure (in w.g.)	Cabinet Width ft.	Window Ht/Type in.	Bench Ht Max in.	Acceptable Options

BSC-2FA2-GL[1]	A2	A	100 - 110	60 - 70	N/A	2	10S	28	U.V. Light Canopy Connection
BSC-2FA2-NA[1]	A2	A	100 - 110	60 - 70	N/A	2	10S	28	U.V. Light Canopy Connection
BSC-3FA2-GL[2]	A2	A	100 - 110	60 - 70	N/A	3	10S	27	Canopy Connection I.V. Pole U.V. Light
BSC-3FA2-NA[2]	A2	A	100 - 110	60 - 70	N/A	3	10S	27	Canopy Connection I.V. Pole U.V. Light
BSC-4FA2[3]	A2	A	100 - 110	60 - 70	N/A	4	8S	27	I.V. Pole U.V. Light
BSC-4FA2-GL[4]	A2	A	100 - 110	60 - 70	N/A	4	10S	27	I.V. Pole U.V. Light Canopy Connection
BSC-4FA2-NA[4]	A2	A	100 - 110	60 - 70	N/A	4	10S	27	I.V. Pole U.V. Light Canopy Connection
BSC-4FB2-GL[5]	B2	A	100 - 110	60 - 70	949 @ 2.1	4	8S	27	I.V. Pole U.V. Light
BSC-4FB2-NA[5]	B2	A	100 - 110	60 - 70	949 @ 2.1	4	8S	27	I.V. Pole U.V. Light
BSC-6FA2-GL[6]	A2	A	100 - 110	60 - 70	N/A	6	10S	27	I.V. Pole Canopy Connection U.V. Light
BSC-6FA2-NA[6]	A2	A	100 - 110	60 - 70	N/A	6	10S	27	I.V. Pole Canopy Connection U.V. Light
[1] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer's operator's manual for appropriate correction factor) without adjusting cabinet airflow balance. Downflow nominal set point of 65 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2020. Certified for use with power supplies of 115V/60Hz, 230V/50Hz and 230V/60Hz. Canopy connection model number is 2FT-CC. [2] Beginning with serial number NA3FAT220600001AY. Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer's operator's manual for appropriate correction factor) without adjusting cabinet airflow balance. Downflow nominal set point of 65 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2016. Biobase canopy model 3FT-CC was evaluated as a part of the NSF Certification testing procedures. Certified for use with power supplies of 115V/60Hz, 230V/50Hz and 230V/60Hz. [3] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set point of 65 fpm was established 4 inches above the bottom of the sash with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2012. Biobase canopy model 4FE-CC was evaluated as a part of the NSF Certification testing procedures. Approved for alternate power modes of 115V/60Hz, 220V/50Hz and 220V/60Hz. [4] Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set-point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set-point of 65 fpm was established 4 inches above the bottom of the sash with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2014. Biobase canopy model 4FT-CC was evaluated as a part of the NSF Certification testing procedures. Certified for use with power supplies of 115V/60Hz, 230V/50Hz and 230V/60Hz. [5] Beginning with serial number 4FB18050001. Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer's operator's manual for appropriate correction factor) without adjusting cabinet airflow balance. Downflow nominal set point of 65 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2016. Certified for use with power supplies of 115V/60Hz, 230V/50Hz and 230V/60Hz. [6] Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set-point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set-point of 65 fpm was established 4 inches above the bottom of the sash with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2014. Certified for use with power supplies of 115V/60Hz, 230V/50Hz and 230V/60Hz.

Kewaunee Scientific Corporation
2700 West Front Street
Statesville, NC 28677
United States
704-873-7202
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Facility : Karnataka, India

Model Number	Cabinet Type/Style		Inflow Velocity (fpm)	Downflow Velocity (fpm)	CBV (cfm) at Static Pressure (in w.g.)	Cabinet Width ft.	Window Ht/Type in.	Bench Ht Max in.	Acceptable Options

INT-B1400-2[1] [2]	B2	A	100 - 110	55 - 65	937@2.4	4	8S	36	I.V. Pole U.V. Light
INT-B2000-2[1] [2]	B2	A	100 - 110	55 - 65	1416@2.0	6	8S	36	I.V. Pole U.V. Light
[1] Also Certified for use with power supplies of 230V/50Hz and 230V/60Hz. Model numbers may be followed by -230 suffix. [2] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 60 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2016.

Labconco Corporation
8845 Prospect
Kansas City, MO 64132
United States
816-333-8811 X771
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Facility : Kansas City, MO

Model Number	Cabinet Type/Style		Inflow Velocity (fpm)	Downflow Velocity (fpm)	CBV (cfm) at Static Pressure (in w.g.)	Cabinet Width ft.	Window Ht/Type in.	Bench Ht Max in.	Acceptable Options

30231xxx1 Logic+[1] [2]	A2	A	100 - 110	50 - 60	N/A	3	10S	36	I.V. Pole U.V. Light Canopy Connection
30238xxx1 Logic+[1] [3]	A2	A	100 - 110	50 - 60	N/A	3	8S	36	I.V. Pole U.V. Light Canopy Connection
30241xxx1 Logic+[1] [3]	A2	A	100 - 110	50 - 60	N/A	4	10S	36	Canopy Connection I.V. Pole U.V. Light
30242xxx1 Logic+[3] [4]	A2	A	100 - 110	50 - 60	N/A	4	12S	36	Canopy Connection I.V. Pole U.V. Light
30248xxx1 Logic+[1] [3]	A2	A	100 - 110	50 - 60	N/A	4	8S	36	Canopy Connection I.V. Pole U.V. Light
30251xxx1 Logic+[1] [3]	A2	A	100 - 110	50 - 60	N/A	5	10S	36	I.V. Pole U.V. Light Canopy Connection
30252xxx1 Logic+[3] [5]	A2	A	100 - 110	55 - 65	N/A	5	12S	36	Canopy Connection I.V. Pole U.V. Light
30258xxx1 Logic+[1] [3]	A2	A	100 - 110	50 - 60	N/A	5	8S	36	Canopy Connection I.V. Pole U.V. Light
30261xxx1 Logic+[1] [3]	A2	A	100 - 110	50 - 60	N/A	6	10S	36	Canopy Connection I.V. Pole U.V. Light
30262xxx1 Logic+[3] [4]	A2	A	100 - 110	50 - 60	N/A	6	12S	36	Canopy Connection I.V. Pole U.V. Light
30268xxx1 Logic+[1] [3]	A2	A	100 - 110	50 - 60	N/A	6	8S	36	Canopy Connection I.V. Pole U.V. Light
30348xxx1 Logic+[1] [3]	B2	A	100 - 110	50 - 60	852 @ 1.8	4	8S	36	Bag-In/ Bag-Out I.V. Pole U.V. Light
30368xxx1 Logic+[1] [3]	B2	A	100 - 110	50 - 60	1265 @ 2.2	6	8S	36	I.V. Pole U.V. Light Bag-In/ Bag-Out
30448xxx1 Axiom[3] [6]	C1	A	100 - 110	60 - 70	N/A	4	8S	36	I.V. Pole U.V. Light Bag-In/ Bag-Out
30441xxx1 Axiom[3] [6]	C1	A	100 - 110	60 - 70	N/A	4	10S	36	I.V. Pole U.V. Light Bag-In/ Bag-Out
30468xxx1 Axiom[3] [4]	C1	A	100 - 110	50 - 60	N/A	6	8S	36	I.V. Pole U.V. Light Bag-In/ Bag-Out
30461xxx1 Axiom[3] [6]	C1	A	100 - 110	60 - 70	N/A	6	10S	36	I.V. Pole U.V. Light Bag-In/ Bag-Out
31231xxx1 PuriCare[1] [2]	A2	A	100 - 110	50 - 60	N/A	3	10S	36	I.V. Pole U.V. Light Canopy Connection
31241xxx1 PuriCare[1] [3]	A2	A	100 - 110	50 - 60	N/A	4	10S	36	Canopy Connection I.V. Pole U.V. Light
31242xxx1 PuriCare[3] [4]	A2	A	100 - 110	50 - 60	N/A	4	12S	36	I.V. Pole U.V. Light Canopy Connection
31251xxx1 PuriCare[1] [3]	A2	A	100 - 110	50 - 60	N/A	5	10S	36	Canopy Connection I.V. Pole U.V. Light
31252xxx1 PuriCare[3] [7]	A2	A	100 - 110	55 - 65	N/A	5	12S	36	Canopy Connection I.V. Pole U.V. Light
31261xxx1 PuriCare[1] [3]	A2	A	100 - 110	50 - 60	N/A	6	10S	36	Canopy Connection I.V. Pole U.V. Light
31262xxx1 PuriCare[3] [4]	A2	A	100 - 110	50 - 60	N/A	6	12S	36	Canopy Connection I.V. Pole U.V. Light
[1] Beginning with serial number 190500000. Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted access opening, using the manufacturer-supplied probe holder and sash stop (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 55 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2016. This cabinet model is Certified for use with optional sidewall Vacu PassTM Cord & Cable Portal. [2] Certified for use with power supplies of 230V/50 Hz and 230V/60 Hz. [3] Certified for use with power supplies of 100V/50 Hz, 100V/60 Hz, 230V/50 Hz, and 230V/60 Hz. [4] Beginning with serial number 151200002. Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted access opening, using the manufacturer-supplied probe holder and sash stop (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 60 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2014. This cabinet model is Certified for use with optional sidewall Vacu-PassTM Cord & Cable Portal. [5] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted access opening, using the manufacturer-supplied probe holder and sash stop (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 55 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2018. This cabinet model is Certified for use with optional sidewall Vacu-PassTM Cord & Cable Portal. [6] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted access opening, using the manufacturer-supplied probe holder and sash stop (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 60 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2018. This cabinet model is Certified for use with optional sidewall Vacu-PassTM Cord & Cable Portal. [7] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted access opening, using the manufacturer-supplied probe holder and sash stop (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 65 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2018. This cabinet model is Certified for use with optional sidewall Vacu-PassTM Cord & Cable Portal.

NOTE: Bench stand models 3730300, 3730310, 3401003, 3780200 and 3780100 may be used with
      cabinets in the 30231xxx1/30238xxx1 Logic+ series. Bench stand models 3730400, 3730410,
      3401004, 3780201 and 3780101 may be used with cabinets in the 30241xxx1/30248xxx1/30242
      Logic+ series and the corresponding PuriCare series. Bench stand models 3730500,
      3730510, 3401005, 3780203, 3780106, 3780107, 3780312, and 3780316 may be used with
      cabinets in the 30251xxx1/30258xxx1 Logic+ series. Bench stand models 3730600, 3630610,
      3401006, 3780202 and 3780102 may be used with cabinets in the 30261xxx1/30268xxx1/30262
      Logic+ series and the corresponding PuriCare series.  Bench stand models 3730400 and
      34103003 may also be used with the 30348xxx1 Logic+ Series.  Bench stand models 3730600
      and 34103006 may also be used with the 30368xxx1 Logic+ Series.  All bench stand models
      beginning with 378 may be used with or without the optional wheel kit (PN# 3784000).

MEDFUTURE LLC
3231 Osgood Common
Freemont, CA 94539
United States
626-283-4740
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Facility : Shandong Province, China

Model Number	Cabinet Type/Style		Inflow Velocity (fpm)	Downflow Velocity (fpm)	CBV (cfm) at Static Pressure (in w.g.)	Cabinet Width ft.	Window Ht/Type in.	Bench Ht Max in.	Acceptable Options

B-IIA2-2F-GL[1]	A2	A	100 - 110	60 - 70	N/A	2	10S	28	U.V. Light Canopy Connection
B-IIA2-2F-NA[1]	A2	A	100 - 110	60 - 70	N/A	2	10S	28	U.V. Light Canopy Connection
B-IIA2-4F[2] [3]	A2	A	100 - 110	60 - 70	N/A	4	8S	27	I.V. Pole U.V. Light
B-IIA2-4F-GL[4]	A2	A	100 - 110	60 - 70	N/A	4	10S	27	I.V. Pole U.V. Light Canopy Connection
B-IIA2-4F-NA[4]	A2	A	100 - 110	60 - 70	N/A	4	10S	27	I.V. Pole U.V. Light Canopy Connection
B-IIA2-6F-GL[5]	A2	A	100 - 110	60 - 70	N/A	6	10S	27	I.V. Pole U.V. Light Canopy Connection
B-IIA2-6F-NA[5]	A2	A	100 - 110	60 - 70	N/A	6	10S	27	I.V. Pole U.V. Light Canopy Connection
[1] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer's operator's manual for appropriate correction factor) without adjusting cabinet airflow balance. Downflow nominal set point of 65 fpm was established with U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2020. Certified for use with power supplies of 115V/60Hz, 230V/50Hz and 230V/60Hz. Canopy connection model number is 2A2T-CC. [2] Approved for alternate power modes of 220V/50Hz and 220V/60Hz. [3] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set point of 65 fpm was established 4 inches above the bottom of the sash with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2012. [4] Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set-point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set-point of 65 fpm was established 4 inches above the bottom of the sash with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2014. Certified for use with power supplies of 115V/60Hz, 230V/50Hz and 230V/60Hz. [5] Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set-point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal setpoint of 65 fpm was established 4 inches above the bottom of the sash with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2014. Certified for use with power supplies of 115V/60Hz, 230V/50Hz and 230V/60Hz.

Nuaire, Inc.
2100 Fernbrook Lane
Plymouth, MN 55447
United States
763-553-1270
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Facility : Plymouth, MN

Model Number	Cabinet Type/Style		Inflow Velocity (fpm)	Downflow Velocity (fpm)	CBV (cfm) at Static Pressure (in w.g.)	Cabinet Width ft.	Window Ht/Type in.	Bench Ht Max in.	Acceptable Options

NU-427-400[1] [2] [3]	B1	A	100 - 110	65 - 75	282 @ 0.7	4	8S	32	Bag-In/ Bag-Out I.V. Pole U.V. Light
NU-427-600[1] [2] [4]	B1	A	100 - 110	65 - 75	474 @ 0.9	6	8S	32	I.V. Pole U.V. Light Bag-In/ Bag-Out
NU-540-300[5]	A2	A	100 - 110	55 - 65	N/A	3	8S	35	I.V. Pole U.V. Light Canopy Connection
NU-540-300[5]	A2	A	100 - 110	55 - 65	N/A	3	10S	35	I.V. Pole U.V. Light Canopy Connection
NU-540-400[5]	A2	A	100 - 110	55 - 65	N/A	4	8S	35	I.V. Pole U.V. Light Canopy Connection
NU-540-400[5]	A2	A	100 - 110	55 - 65	N/A	4	10S	35	I.V. Pole U.V. Light Canopy Connection
NU-540-500[5]	A2	A	100 - 110	57 - 67	N/A	5	8S	35	I.V. Pole U.V. Light Canopy Connection
NU-540-500[5]	A2	A	100 - 110	57 - 67	N/A	5	10S	35	I.V. Pole U.V. Light Canopy Connection
NU-540-600[5]	A2	A	100 - 110	55 - 65	N/A	6	8S	35	I.V. Pole U.V. Light Canopy Connection
NU-540-600[5]	A2	A	100 - 110	55 - 65	N/A	6	10S	35	I.V. Pole U.V. Light Canopy Connection
NU-543-300[5]	A2	A	100 - 110	55 - 65	N/A	3	8S	35	I.V. Pole U.V. Light Canopy Connection
NU-543-300[5]	A2	A	100 - 110	55 - 65	N/A	3	10S	35	I.V. Pole U.V. Light Canopy Connection
NU-543-300[5]	A2	A	100 - 110	55 - 65	N/A	3	12S	35	I.V. Pole U.V. Light Canopy Connection
NU-543-400[5]	A2	A	100 - 110	55 - 65	N/A	4	8S	35	I.V. Pole U.V. Light Canopy Connection
NU-543-400[5]	A2	A	100 - 110	55 - 65	N/A	4	10S	35	I.V. Pole U.V. Light Canopy Connection
NU-543-400[5]	A2	A	100 - 110	55 - 65	N/A	4	12S	35	I.V. Pole U.V. Light Canopy Connection
NU-543-500[5]	A2	A	100 - 110	57 - 67	N/A	5	8S	35	I.V. Pole U.V. Light Canopy Connection
NU-543-500[5]	A2	A	100 - 110	57 - 67	N/A	5	10S	35	I.V. Pole U.V. Light Canopy Connection
NU-543-500[5]	A2	A	100 - 110	57 - 67	N/A	5	12S	35	I.V. Pole U.V. Light Canopy Connection
NU-543-600[5]	A2	A	100 - 110	55 - 65	N/A	6	8S	35	U.V. Light I.V. Pole Canopy Connection
NU-543-600[5]	A2	A	100 - 110	55 - 65	N/A	6	10S	35	I.V. Pole U.V. Light Canopy Connection
NU-543-600[5]	A2	A	100 - 110	55 - 65	N/A	6	12S	35	I.V. Pole U.V. Light Canopy Connection
NU-545-300[6]	A2	A	100 - 110	55 - 65	N/A	3	8S	35	I.V. Pole U.V. Light Canopy Connection
NU-545-300[6]	A2	A	100 - 110	55 - 65	N/A	3	10S	35	I.V. Pole U.V. Light Canopy Connection
NU-545-400[7]	A2	A	100 - 110	55 - 65	N/A	4	8S	35	I.V. Pole U.V. Light Canopy Connection
NU-545-400[7]	A2	A	100 - 110	55 - 65	N/A	4	10S	35	I.V. Pole U.V. Light Canopy Connection
NU-545-500[8]	A2	A	100 - 110	55 - 65	N/A	5	8S	35	I.V. Pole U.V. Light Canopy Connection
NU-545-500[8]	A2	A	100 - 110	55 - 65	N/A	5	10S	35	I.V. Pole U.V. Light Canopy Connection
NU-545-600[9]	A2	A	100 - 110	55 - 65	N/A	6	8S	35	I.V. Pole U.V. Light Canopy Connection
NU-545-600[9]	A2	A	100 - 110	55 - 65	N/A	6	10S	35	I.V. Pole U.V. Light Canopy Connection
NU-560-400[10]	B2	A	100 - 110	55 - 65	859@1.8	4	8S	36	I.V. Pole U.V. Light
NU-560-600[11]	B2	A	100 - 110	55 - 35	1373@2.0	6	8S	36	I.V. Pole U.V. Light
NU-565-400[10]	B2	A	100 - 110	55 - 65	859@1.8	4	8S	36	I.V. Pole U.V. Light
NU-565-600[11]	B2	A	100 - 110	55 - 65	1373@2.0	6	8S	36	I.V. Pole U.V. Light
NU-677-400[12]	A2	A	100 - 110	55 - 65	N/A	4	12S	38	Canopy Connection U.V. Light
NU-677-500[13]	A2	A	100 - 110	55 - 65	N/A	5	12S	38	Canopy Connection U.V. Light
NU-677-600[14]	A2	A	100 - 110	55 - 65	N/A	6	12S	38	Canopy Connection U.V. Light
NU-FH677-500[15]	A2	A	100 - 110	55 - 65	N/A	5	12S	38	U.V. Light
[1] Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set-point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening for appropriate correction factor, if applicable, without adjusting cabinet airflow balance. [2] Listed model may be suffixed with E. Certified for use with power supplies of 230V/50Hz and 230V/60Hz. [3] Beginning with Series 60 and higher. Downflow nominal set-point of 70 fpm was established 4 inches above the plane of the window with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2011. This cabinet qualifies with the optional DC motor installed. Listed model may be prefaced with Q, N, L or S (i.e. NU-Q427-400). [4] Beginning with series 40 and higher. Downflow nominal set-point of 60 fpm was established 4 inches above the plane of the window with the I.V. Pole and U.V. Light removed. This cabinet qualifies with the optional DC motor installed. Listed model may be prefaced with Q, N, L or S (i.e. NU-Q427-600). This cabinet model was Certified to NSF/ANSI 49-2011. [5] Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set-point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set-point of 60 fpm was established 4 inches above the bottom of the sash with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2012. Listed model may be prefaced with Q, N, L, or S (e.g. NU-Q540-300). Certified for use with power supplies of 100V/50Hz, 100V/60Hz, 230V/50Hz, and 230V/60Hz. [6] Beginning with serial number 170844102115. Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set-point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set-point of 60 fpm was established 4 inches above the bottom of the sash with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2014. Listed model may be prefaced with Q, N, L, or S (e.g. NU-Q540-300). Certified for use with power supplies of 100V/50Hz, 100V/60Hz, 230V/50Hz, and 230V/60Hz. [7] Beginning with serial number 170847102115. Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set-point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set-point of 60 fpm was established 4 inches above the bottom of the sash with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2020. Listed model may be prefaced with Q, N, L, or S (e.g. NU-Q540-300). Certified for use with power supplies of 100V/50Hz, 100V/60Hz, 230V/50Hz, and 230V/60Hz. [8] Beginning with serial number 170845102115. Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set-point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set-point of 60 fpm was established 4 inches above the bottom of the sash with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2014. Listed model may be prefaced with Q, N, L, or S (e.g. NU-Q540-300). Certified for use with power supplies of 100V/50Hz, 100V/60Hz, 230V/50Hz, and 230V/60Hz. [9] Beginning with serial number 170846102115. Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set-point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set-point of 60 fpm was established 4 inches above the bottom of the sash with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2014. Listed model may be prefaced with Q, N, L, or S (e.g. NU-Q540-300). Certified for use with power supplies of 100V/50Hz, 100V/60Hz, 230V/50Hz, and 230V/60Hz. [10] Beginning with serial number 179773041817. Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set-point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set-point of 60 fpm was established 4 inches above the bottom of the sash with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2016. Certified for use with power supplies of 115V/60Hz, 230V/50Hz and 230V/60Hz. The concurrent balance value was taken with the NSF exhaust system conforming to ASHRAE. However, differences due to the exhaust system, cabinet and instrumentation may be present and product specification information should be obtained from the manufacturer. [11] Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set-point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set-point of 60 fpm was established 4 inches above the bottom of the sash with the I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2016. Certified for use with power supplies of 115V/60Hz, 230V/50Hz and 230V/60Hz. The concurrent balance value was taken with the NSF exhaust system conforming to ASHRAE. However, differences due to the exhaust system, cabinet and instrumentation may be present and product specification information should be obtained from the manufacturer. [12] Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set-point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set-point of 60 fpm was established 4 inches above the bottom of the sash with the U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2011. NuAire canopy model NU-911-402 was evaluated as part of the NSF Certification testing procedures. [13] Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set-point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set-point of 60 fpm was established 4 inches above the bottom of the sash with the U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2011. NuAire canopy model NU-911-502 was evaluated as a part of the NSF Certification testing procedures. [14] Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set-point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set-point of 60 fpm was established 4 inches above the bottom of the sash with the U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2011. NuAire canopy model NU-911-602 was evaluated as part of the NSF Certification testing procedures. [15] Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set-point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set-point of 60 fpm was established 4 inches above the bottom of the sash with the U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2012. NuAire canopy model NU-911-502 was evaluated as a part of the NSF Certification testing procedures. NU-FH677-500 is a modified version of NU-677-500, including feed hoppers.

Facility : Shanghai, China

Model Number	Cabinet Type/Style		Inflow Velocity (fpm)	Downflow Velocity (fpm)	CBV (cfm) at Static Pressure (in w.g.)	Cabinet Width ft.	Window Ht/Type in.	Bench Ht Max in.	Acceptable Options

NU-543-300[1]	A2	A	100 - 110	55 - 65	N/A	3	10S	35	Canopy Connection I.V. Pole U.V. Light
NU-543-400[1]	A2	A	100 - 110	55 - 65	N/A	4	10S	35	Canopy Connection I.V. Pole U.V. Light
NU-543-500[2]	A2	A	100 - 110	57 - 67	N/A	5	10S	35	Canopy Connection I.V. Pole U.V. Light
NU-543-600[1]	A2	A	100 - 110	55 - 65	N/A	6	10S	35	Canopy Connection I.V. Pole U.V. Light
[1] Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set-point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set-point of 60 fpm was established 4 inches above the bottom of the sash with the I.V. pole and U.V. light removed. This cabinet model was Certified to NSF 49-2012. Listed model may be prefaced with Q, N, L, or S (e.g. NU-Q540-300). Listed model may be suffixed with J, K, or S (e.g. NU-543-400S). Certified for use with power supplies of 100V/50Hz, 100V/60Hz, 230V/50Hz, and 230V/60Hz. [2] Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set-point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set-point of 62 fpm was established 4 inches above the bottom of the sash with the I.V. pole and U.V. light removed. This cabinet model was Certified to NSF 49-2012. Listed model may be prefaced with Q, N, L, or S (e.g. NU-Q540-300). Listed model may be suffixed with J, K, or S (e.g. NU-543-400S). Certified for use with power supplies of 100V/50Hz, 100V/60Hz, 230V/50Hz, and 230V/60Hz.

Qingdao Haier Biomedical Co., Ltd.
No. 280 Fengyuan Road
High-Tech Zone
Qingdao 266111
China
86 176 6092 6003
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Facility : Qingdao, China

Model Number	Cabinet Type/Style		Inflow Velocity (fpm)	Downflow Velocity (fpm)	CBV (cfm) at Static Pressure (in w.g.)	Cabinet Width ft.	Window Ht/Type in.	Bench Ht Max in.	Acceptable Options

HR900-IIA2-N[1] [2]	A2	A	100 - 110	64 - 74	N/A	3	8S	27	U.V. Light Casters Hgt Adjustable Stand
HR1200-IIA2-N[1] [3]	A2	A	100 - 110	64 - 74	N/A	4	8S	27	U.V. Light Casters Hgt Adjustable Stand
HR1800-IIA2-N[1] [4]	A2	A	100 - 110	65 - 75	N/A	6	8S	27	U.V. Light Casters Hgt Adjustable Stand
[1] This cabinet model was Certified for use with power supplies of 100V/60Hz, 115V/60Hz, 230V/50Hz, 230V/60Hz [2] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted access opening (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 69 fpm was established U.V. Light removed. This cabinet is Certified to NSF/ANSI 49-2022. GFCI outlet is approved for this model. [3] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted access opening (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 69 fpm was established U.V. Light removed. This cabinet is Certified to NSF/ANSI 49-2019. GFCI outlet is approved for this model. [4] Beginning with serial number BE0GGBEB200QHM7P0001. Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted access opening (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 70 fpm was established U.V. Light removed. This cabinet is Certified to NSF/ANSI 49-2019.

Suzhou Antai Airtech Co., Ltd.
No. 2 Weixin Road, SIP
Suzhou, Jiangsu 215122
China
86 512 6552 5002
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Facility : Suzhou, Jiangsu, China

Model Number	Cabinet Type/Style		Inflow Velocity (fpm)	Downflow Velocity (fpm)	CBV (cfm) at Static Pressure (in w.g.)	Cabinet Width ft.	Window Ht/Type in.	Bench Ht Max in.	Acceptable Options

BSC-1301 II A2[1]	A2	A	100 - 110	64 - 74	N/A	4	10S	24	U.V. Light Canopy Connection
BSC-1302 II A2[1] [2]	A2	A	100 - 110	64 - 74	N/A	4	10S	24	U.V. Light Canopy Connection
[1] Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. A corresponding inflow nominal set-point of 105 fpm (corrected to local air density) was confirmed using manufacturer's recommended alternate method with thermal anemometer in a constricted (80 mm high) access opening and applying appropriate correction factor without adjusting cabinet airflow balance. The downflow nominal set-point of 69 fpm was established 4 inches above the bottom of the sash with the U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2014. Approved metric value for cabinet width is 1270 mm, window height is 250 mm, and bench height max is 610 mm. [2] Certified for use with power supplies of 230V/50Hz and 230V/60Hz.

Thermo Fisher Scientific
Robert-Bosch-Str. 1
D-63505 Langenselbold
Germany
49 61 813 5277
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Facility : # 1 Suzhou, China

Model Number	Cabinet Type/Style		Inflow Velocity (fpm)	Downflow Velocity (fpm)	CBV (cfm) at Static Pressure (in w.g.)	Cabinet Width ft.	Window Ht/Type in.	Bench Ht Max in.	Acceptable Options

1304[1] [2]	A2	A	100 - 110	58 - 68	N/A	4	8S	36	Armrest I.V. Pole U.V. Light
1309[1] [2]	A2	A	100 - 110	58 - 68	N/A	6	8S	S	Armrest I.V. Pole U.V. Light
1374[1] [2] [3]	A2	A	100 - 110	58 - 68	N/A	4	10S	36	Armrest I.V. Pole U.V. Light
1379[1] [2] [4]	A2	A	100 - 110	58 - 68	N/A	6	10S	36	Armrest I.V. Pole U.V. Light
1384[1] [2]	A2	A	100 - 110	58 - 68	N/A	4	10S	36	Armrest I.V. Pole U.V. Light
1389[1] [2]	A2	A	100 - 110	58 - 68	N/A	6	10S	36	Armrest I.V. Pole U.V. Light
1394[1] [2]	A2	A	100 - 110	58 - 68	N/A	4	8S	36	Armrest I.V. Pole U.V. Light
1399[1] [2]	A2	A	100 - 110	58 - 68	N/A	6	8S	36	Armrest I.V. Pole U.V. Light
1574[5] [6]	A2	A	100 - 110	58 - 68	N/A	4	10S	36	Armrest I.V. Pole U.V. Light
1579[5] [6]	A2	A	100 - 110	58 - 68	N/A	6	10S	36	Armrest I.V. Pole U.V. Light
1584[5] [7]	A2	A	100 - 110	58 - 68	N/A	4	10S	36	Armrest I.V. Pole U.V. Light
1589[5] [7]	A2	A	100 - 110	58 - 68	N/A	6	10S	36	Armrest I.V. Pole U.V. Light
[1] Models can be provided with Type F power cord and internal receptacles and identified as 1304-F, 1309-F, 1374-F, 1379-F, 1384-F, 1389-F, 1394-F, or 1399-F; with Type G power cord and internal receptacles and identified as 1304-G, 1309-G, 1374-G, 1379-G, 1384-G, 1389- G, 1394-G, or 1399-G; with Type M power cord and internal receptacles and identified as 1304-M, 1309-M, 1374-M, 1379-M, 1384-M, 1389-M, 1394-M, or 1399-M; or with the standard Type I power cord and internal receptacles. [2] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set-point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set-point of 63 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2014. Certified for use with power supplies of 220V/50Hz and 220V/60Hz. [3] Beginning with serial number 1374318010704. [4] Beginning with serial number 1379318010304. [5] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set-point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set-point of 63 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2020. Certified for use with power supplies of 230V/50Hz and 230V/60Hz. Removable armrests with padded and non-padded designs in addition to dished and flat work surface designs are approved options for this cabinet model. [6] This model includes stainless steel interior cabinet walls with adjustable height stand. Model can be provided with the standard Type I power cord and internal receptacles (China electrical configuration with YY certification) and identified as 1574, and 1579; with Type GP power cord and internal receptacles (China electrical configuration without YY certification) and identified as 1574-GP, 1579-GP; with Type F power cord and internal receptacles (Korea electrical configuration) and identified as 1574-F, 1579-F; with Type G power cord and internal receptacles (UK electrical configuration) and identified as 1574-G, 1579-G; with Type M power cord and internal receptacles (India electrical configuration) and identified as 1574-M, 1579-M; or with Type C fixed height stand with castors and identified as 1574-C, 1579-C, 1574-FC, 1579-FC, 1574-GC, 1579-GC, 1574-MC, 1579-MC, 1574-C-GP, 1579-C-GP. 1546 and 1548 are the same models as 1574 and 1579 without stands. [7] This model includes coated steel (SmartCoat)interior cabinet walls with adjustable height stand. Model can be provided with the standard Type I power cord and internal receptacles (China electrical configuration with YY certification) and identified as 1584, 1589; with Type F power cord and internal receptacles (Korea electrical configuration)and identified as 1584-F, 1589-F; with Type G power cord and internal receptacles (UK electrical configuration) and identified as 1584-G, 1589-G; with Type M power cord and internal receptacles (India electrical configuration) and identified as 1584-M, 1589-M; or with Type C fixed height stand with castors and identified as 1584-C, 1589-C, 1584-FC, 1589-FC, 1584-GC, 1589-GC, 1584-MC, 1589-MC. 1556 and 1558 are the same models as 1584 and 1589 without stands.

Facility : # 2 Suzhou, China

Model Number	Cabinet Type/Style		Inflow Velocity (fpm)	Downflow Velocity (fpm)	CBV (cfm) at Static Pressure (in w.g.)	Cabinet Width ft.	Window Ht/Type in.	Bench Ht Max in.	Acceptable Options

1574[1] [2]	A2	A	100 - 110	58 - 68	N/A	4	10S	36	Armrest I.V. Pole U.V. Light
1579[1] [2]	A2	A	100 - 110	58 - 68	N/A	6	10S	36	Armrest I.V. Pole U.V. Light
1584[1] [3]	A2	A	100 - 110	58 - 68	N/A	4	10S	36	Armrest I.V. Pole U.V. Light
1589[1] [3]	A2	A	100 - 110	58 - 68	N/A	6	10S	36	Armrest I.V. Pole U.V. Light
[1] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set-point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set-point of 63 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ ANSI 49-2020. Certified for use with power supplies of 230V/50Hz and 230V/60Hz. Removable armrests with padded and non-padded designs in addition to dished and flat work surface designs are approved options for this cabinet model. [2] This model includes stainless steel interior cabinet walls with adjustable height stand. Model can be provided with the standard Type I power cord and internal receptacles (China electrical configuration with YY certification) and identified as 1574, and 1579; with Type GP power cord and internal receptacles (China electrical configuration without YY certification) and identified as 1574-GP, 1579-GP; with Type F power cord and internal receptacles (Korea electrical configuration) and identified as 1574-F, 1579-F; with Type G power cord and internal receptacles (UK electrical configuration) and identified as 1574-G, 1579-G; with Type M power cord and internal receptacles (India electrical configuration) and identified as 1574-M, 1579-M; or with Type C fixed height stand with castors and identified as 1574-C, 1579-C, 1574-FC, 1579-FC, 1574-GC, 1579-GC, 1574-MC, 1579-MC, 1574-C-GP, 1579-C-GP. 1546 and 1548 are the same models as 1574 and 1579 without stands. [3] This model includes coated steel (SmartCoat)interior cabinet walls with adjustable height stand. Model can be provided with the standard Type I power cord and internal receptacles (China electrical configuration with YY certification) and identified as 1584, 1589; with Type F power cord and internal receptacles (Korea electrical configuration)and identified as 1584-F, 1589-F; with Type G power cord and internal receptacles (UK electrical configuration) and identified as 1584-G, 1589-G; with Type M power cord and internal receptacles (India electrical configuration) and identified as 1584-M, 1589-M; or with Type C fixed height stand with castors and identified as 1584-C, 1589-C, 1584-FC, 1589-FC, 1584-GC, 1589-GC, 1584-MC, 1589-MC. 1556 and 1558 are the same models as 1584 and 1589 without stands.

Facility : Marietta, OH

Model Number	Cabinet Type/Style		Inflow Velocity (fpm)	Downflow Velocity (fpm)	CBV (cfm) at Static Pressure (in w.g.)	Cabinet Width ft.	Window Ht/Type in.	Bench Ht Max in.	Acceptable Options

1305[1] [2]	A2	A	100 - 110	58 - 68	N/A	4	8S	36	Armrest I.V. Pole U.V. Light
1306[1] [2] [3]	A2	A	100 - 110	58 - 58	N/A	4	8S	36	Armrest I.V. Pole U.V. Light
1307[1] [4]	A2	A	100 - 110	58 - 68	N/A	6	8S	36	Armrest I.V. Pole U.V. Light
1308[1] [3] [4]	A2	A	100 - 110	58 - 68	N/A	6	8S	36	Armrest I.V. Pole U.V. Light
1320[5] [6] [7]	A2	B	100 - 110	58 - 68	N/A	3	10S	36	Armrest I.V. Pole U.V. Light
1321[5] [6] [7]	A2	A	100 - 110	58 - 68	N/A	3	10S	36	Armrest I.V. Pole U.V. Light
1322[5] [6] [7]	A2	B	100 - 110	58 - 68	N/A	3	10S	36	Armrest I.V. Pole U.V. Light
1323[5] [6] [7]	A2	A	100 - 110	58 - 68	N/A	3	10S	36	Armrest U.V. Light I.V. Pole
1325[1] [2]	A2	A	100 - 110	58 - 68	N/A	4	8S	36	Armrest I.V. Pole U.V. Light
1326[1] [2] [3]	A2	A	100 - 110	58 - 68	N/A	4	8S	36	Armrest I.V. Pole U.V. Light
1327[1] [4]	A2	A	100 - 110	58 - 68	N/A	6	8S	36	Armrest I.V. Pole U.V. Light
1328[1] [3] [4]	A2	A	100 - 110	58 - 68	N/A	6	8S	36	Armrest I.V. Pole U.V. Light
1330[3] [5] [6] [7]	A2	B	100 - 110	58 - 68	N/A	3	10S	36	Armrest I.V. Pole U.V. Light
1331[3] [5] [6] [7]	A2	A	100 - 110	58 - 68	N/A	3	10S	36	Armrest I.V. Pole U.V. Light
1332[3] [5] [6] [7]	A2	B	100 - 110	58 - 68	N/A	3	10S	36	Armrest I.V. Pole U.V. Light
1333[3] [5] [6] [7]	A2	A	100 - 110	58 - 68	N/A	3	10S	36	Armrest I.V. Pole U.V. Light
1335[1] [2]	A2	A	100 - 110	58 - 68	N/A	4	8S	36	Armrest I.V. Pole U.V. Light
1336[1] [2] [3]	A2	A	100 - 110	58 - 68	N/A	4	8S	36	Armrest I.V. Pole U.V. Light
1337[1] [4]	A2	A	100 - 110	58 - 68	N/A	6	8S	36	Armrest I.V. Pole U.V. Light
1338[1] [3] [4]	A2	A	100 - 110	58 - 68	N/A	6	8S	36	Armrest I.V. Pole U.V. Light
1339[5] [6] [7]	A2	B	100 - 110	58 - 68	N/A	3	8S	36	Armrest I.V. Pole U.V. Light
1340[5] [6] [7]	A2	A	100 - 110	58 - 68	N/A	3	8S	36	Armrest I.V. Pole U.V. Light
1341[5] [6] [7]	A2	B	100 - 110	58 - 68	N/A	3	8S	36	Armrest I.V. Pole U.V. Light
1342[5] [6] [7]	A2	A	100 - 110	58 - 68	N/A	3	8S	36	Armrest I.V. Pole U.V. Light
1345[2] [8]	A2	A	100 - 110	58 - 68	N/A	4	10S	36	Armrest I.V. Pole U.V. Light
1346[2] [8] [9]	A2	A	100 - 110	58 - 68	N/A	4	10S	36	Armrest I.V. Pole U.V. Light
1347[4] [8]	A2	A	100 - 110	58 - 68	N/A	6	10S	36	Armrest I.V. Pole U.V. Light
1348[4] [8] [9]	A2	A	100 - 110	58 - 68	N/A	6	10S	36	Armrest I.V. Pole U.V. Light
1350[5] [6] [10]	A2	B	100 - 110	58 - 68	N/A	5	8S	36	Armrest I.V. Pole U.V. Light
1351[5] [6] [10]	A2	A	100 - 110	58 - 68	N/A	5	8S	36	Armrest I.V. Pole U.V. Light
1352[5] [6] [10]	A2	B	100 - 110	58 - 68	N/A	5	8S	36	Armrest I.V. Pole U.V. Light
1353[5] [6] [10]	A2	A	100 - 110	58 - 68	N/A	5	8S	36	Armrest I.V. Pole U.V. Light
1354[2] [11]	A2	A	100 - 110	58 - 68	N/A	4	10S	36	Armrest I.V. Pole U.V. Light
1355[2] [8]	A2	A	100 - 110	58 - 68	N/A	4	10S	36	Armrest I.V. Pole U.V. Light
1356[2] [8] [9]	A2	A	100 - 110	58 - 68	N/A	4	10S	36	Armrest I.V. Pole U.V. Light
1357[4] [8]	A2	A	100 - 110	58 - 68	N/A	6	10S	36	Armrest I.V. Pole U.V. Light
1358[4] [8] [9]	A2	A	100 - 110	58 - 68	N/A	6	10S	36	Armrest I.V. Pole U.V. Light
1359[4] [8]	A2	A	100 - 110	58 - 68	N/A	6	10S	36	Armrest I.V. Pole U.V. Light
1366[3] [5] [6] [10]	A2	B	100 - 110	58 - 68	N/A	5	8S	36	Armrest I.V. Pole U.V. Light
1367[3] [5] [6] [10]	A2	A	100 - 110	58 - 68	N/A	5	8S	36	Armrest I.V. Pole U.V. Light
1368[5] [6] [10]	A2	B	100 - 110	58 - 68	N/A	5	10S	36	Armrest I.V. Pole U.V. Light
1369[5] [6] [10]	A2	A	100 - 110	58 - 68	N/A	5	10S	36	Armrest U.V. Light I.V. Pole
1370[5] [6] [10]	A2	B	100 - 110	58 - 68	N/A	5	10S	36	Armrest I.V. Pole U.V. Light
1371[5] [6] [10]	A2	A	100 - 110	58 - 68	N/A	5	10S	36	Armrest I.V. Pole U.V. Light
1372[3] [5] [6] [10]	A2	B	100 - 110	58 - 68	N/A	5	8S	36	Armrest U.V. Light I.V. Pole
1373[3] [5] [6] [10]	A2	A	100 - 110	58 - 68	N/A	5	8S	36	Armrest I.V. Pole U.V. Light
1375[2] [8]	A2	A	100 - 110	58 - 68	N/A	4	10S	36	Armrest I.V. Pole U.V. Light
1376[2] [8] [9]	A2	A	100 - 110	58 - 68	N/A	4	10S	36	Armrest I.V. Pole U.V. Light
1377[4] [8]	A2	A	100 - 110	58 - 68	N/A	6	10S	36	Armrest I.V. Pole U.V. Light
1378[4] [8] [9]	A2	A	100 - 110	58 - 68	N/A	6	10S	36	Armrest I.V. Pole U.V. Light
1380[3] [5] [6] [10]	A2	B	100 - 110	58 - 68	N/A	5	10S	36	Armrest I.V. Pole U.V. Light
1381[3] [5] [6] [10]	A2	A	100 - 110	58 - 68	N/A	5	10S	36	Armrest I.V. Pole U.V. Light
1382[3] [5] [6] [10]	A2	B	100 - 110	58 - 68	N/A	5	10S	36	Armrest I.V. Pole U.V. Light
1383[3] [5] [6] [10]	A2	A	100 - 110	58 - 68	N/A	5	10S	36	Armrest I.V. Pole U.V. Light
1384[2] [11]	A2	A	100 - 110	58 - 68	N/A	4	10S	36	Armrest I.V. Pole U.V. Light
1385[2] [8]	A2	A	100 - 110	58 - 68	N/A	4	10S	36	Armrest I.V. Pole U.V. Light
1386[2] [8] [9]	A2	A	100 - 110	58 - 68	N/A	4	10S	36	Armrest I.V. Pole U.V. Light
1387[4] [8]	A2	A	100 - 110	58 - 68	N/A	6	10S	36	Armrest I.V. Pole U.V. Light
1388[4] [8] [9]	A2	A	100 - 110	58 - 68	N/A	6	10S	36	Armrest I.V. Pole U.V. Light
1389[4] [11]	A2	A	100 - 110	58 - 68	N/A	6	10S	36	Armrest I.V. Pole U.V. Light
1390[3] [5] [6] [7]	A2	B	100 - 110	58 - 68	N/A	3	8S	36	Armrest I.V. Pole U.V. Light
1391[3] [5] [6] [7]	A2	A	100 - 110	58 - 68	N/A	3	8S	36	Armrest I.V. Pole U.V. Light
1392[3] [5] [6] [7]	A2	B	100 - 110	58 - 68	N/A	3	8S	36	Armrest I.V. Pole U.V. Light
1393[3] [5] [6] [7]	A2	A	100 - 110	58 - 68	N/A	3	8S	36	Armrest I.V. Pole U.V. Light
1395[2] [9] [12]	A2	A	100 - 110	58 - 68	N/A	4	8S	36	Armrest I.V. Pole U.V. Light
1396[1] [2] [3]	A2	A	100 - 110	58 - 68	N/A	4	8S	36	Armrest I.V. Pole U.V. Light
1397[4] [9] [12]	A2	A	100 - 110	58 - 68	N/A	6	8S	36	Armrest I.V. Pole U.V. Light
1398[1] [3] [4]	A2	A	100 - 110	58 - 68	N/A	6	8S	36	Armrest I.V. Pole U.V. Light
[1] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set-point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set-point of 63 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2009. [2] Beginning April 20, 2020 a new fixed height base stand GT221201 and adjustable height base stand GT221189 along with 4ft cross brace GT221195 were approved for use with all 1300 series models manufactured in Marietta OH. Casters GT221199 is an approved option for both stands. [3] Certified for use with power supply of 230V/50Hz and 230V/60Hz. [4] Beginning April 20, 2020 a new fixed height base stand GT221201 and adjustable height base stand GT221189 along with 6ft cross brace GT221196 were approved for use with all 1300 series models manufactured in Marietta OH. Casters GT221199 is an approved option for both stands. [5] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's alternate recomended method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer's operator's manual for appropriate correction factor), without adjusting cabinet airflow balance. Downflow nominal set point was established with I.V.Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2009. [6] May be used with alternate, adjustable height electric stand (maximum bench height of 35 inches). [7] Beginning April 20, 2020 a new fixed height base stand GT221201 and adjustable height base stand GT221189 along with 3ft cross brace GT221193 were approved for use with all 1300 series models manufactured in Marietta OH. Casters GT221199 is an approved option for both stands. [8] Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 63 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2009. Certified for use with power supply of 230V/50Hz and 230V/60Hz. [9] Certified for use with power supply of 220 V / 50 Hz and 220 V / 60 Hz. [10] Beginning April 20, 2020 a new fixed height base stand GT221201 and adjustable height base stand GT221189 along with 5ft cross brace GT221197 were approved for use with all 1300 series models manufactured in Marietta OH. Casters GT221199 is an approved option for both stands. [11] Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set-point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set-point of 63 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2009. Certified for use with power supply of 220V/50Hz. [12] Beginning with serial number 188122-1 and 188108-1 for models 1395 and 1397, respectively. Inflow nominal set-point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 63 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2009.

Facility : Langenselbold, Germany

Model Number	Cabinet Type/Style		Inflow Velocity (fpm)	Downflow Velocity (fpm)	CBV (cfm) at Static Pressure (in w.g.)	Cabinet Width ft.	Window Ht/Type in.	Bench Ht Max in.	Acceptable Options

HERAsafe 2030i 1.2[1]	A2	A	100 - 110	58 - 68	N/A	4	10S	36	Armrest I.V. Pole U.V. Light
HERAsafe 2030i 1.8[1]	A2	A	100 - 110	58 - 68	N/A	6	10S	36	Armrest I.V. Pole U.V. Light
[1] Beginning with serial number 42294669 for the HERAsafe 2030i 1.2 and serial number 42209172 for the HERAsafe 2030i 1.8. Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted (3 inch high) access opening (consult manufacturer's operator's manual for appropriate correction factor) without adjusting cabinet airflow balance. Downflow nominal set point of 63 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified with both dished and flat work surfaces and for additional inlet power supplies of 230V/50Hz and 230V/60Hz. This cabinet model was Certified to NSF/ANSI 49-2018. HERAsafe 2030i 1.2 is approved for use with either padded armrests or armrests without padding. HERAsafe 2030i 1.8 is approved for use without armrests, with padded armrests, or with armrests without padding.

[2] Beginning with serial number 40329642.  Inflow nominal set-point of 105 fpm was
    established with a direct airflow reading instrument.  This nominal set-point was
    confirmed using the manufacturer's recommended alternate method with thermal anemometer
    in a constricted (3 inch high) access opening (consult manufacturer's operator's manual
    for appropriate correction factor) without adjusting cabinet airflow balance. This
    cabinet model was Certified with a 3 section work surface. This cabinet model was
    Certified to NSF/ANSI 49-2009.

Thermo Fisher Scientific
401 Millcreek Road
Marietta, OH 45750
United States
740-373-4763

Facility : # 1 USA

Model Number	Cabinet Type/Style		Inflow Velocity (fpm)	Downflow Velocity (fpm)	CBV (cfm) at Static Pressure (in w.g.)	Cabinet Width ft.	Window Ht/Type in.	Bench Ht Max in.	Acceptable Options

151x[1] [2] [3]	B2	A	100 - 110	50 - 60	852 @ 1.8	4	8S	36	Bag-In/ Bag-Out I.V. Pole U.V. Light
156x[1] [2] [4]	B2	A	100 - 110	50 - 60	1265 @ 2.2	6	8S	36	Bag-In/ Bag-Out I.V. Pole U.V. Light
[1] Beginning with serial number 190500000. Inflow nominal set point of 105 fpm was established with a direct airflow reading instrument. This nominal set point was confirmed using the manufacturer's recommended alternate method with thermal anemometer in a constricted access opening, using the manufacturer-supplied probe holder and sash stop (consult manufacturer for appropriate correction factor, if applicable), without adjusting cabinet airflow balance. Downflow nominal set point of 55 fpm was established with I.V. Pole and U.V. Light removed. This cabinet model was Certified to NSF/ANSI 49-2016. This cabinet model is Certified for use with optional cord & cable portal. [2] Certified for use with power supplies of 100V/50 Hz, 100V/60 Hz, 230V/50 Hz, and 230V/60 Hz. [3] Model 1511 is equivalent to Model 1510, but comes equipped with U.V. lighting (Listed as an acceptable option). Model 1515 is equivalent to model 1510, but is rated for use with power supplies of 230V and 50/60 Hz and is equipped with a Chinese-compatible plug. Model 1516 is equivalent, but is rated for use with power supplies of 230V and 50/60 Hz and is equipped with U.V. lighting and a Chinese-compatible plug. Model 1517 is equivalent, but is rated for use with power supplies of 230V and 50/60 Hz and is equipped with a North American 230 Volt-compatible plug. Model 1517F is equivalent, but is rated for use with power supplies of 230V and 50/60 Hz and is equipped with a Type F electrical plug (Schuko). Model 1517G is equivalent, but is rated for use with power supplies of 230V and 50/60 Hz and is equipped with a Type G electrical plug (UK-compatible). Model 1517M is equivalent, but is rated for use with power supplies of 230V and 50/60 Hz and is equipped with a Type M electrical plug (India-compatible). Model 1518 is equivalent, but is rated for use with power supplies of 230V and 50/60 Hz and is equipped with U.V. lighting and a North American 230 Volt-compatible plug.Model 1518F is equivalent, but is rated for use with power supplies of 230V and 50/60 Hz and is equipped with a Type F electrical plug (Schuko). Model 1518G is equivalent, but is rated for use with power supplies of 230V and 50/60 Hz and is equipped with a Type G electrical plug (UK-compatible). Model 1518M is equivalent, but is rated for use with power supplies of 230V and 50/60 Hz and is equipped with a Type M electrical plug (India-compatible). [4] Model 1561 is equivalent to Model 1560, but comes equipped with U.V. lighting (Listed as an acceptable option). Model 1562 is equivalent to model 1560, but is rated for use with power supplies of 230V and 50/60 Hz and is equipped with a Chinese-compatible plug. Model 1563 is equivalent, but is rated for use with power supplies of 230V and 50/60 Hz and is equipped with U.V. lighting and a Chinese-compatible plug. Model 1564 is equivalent, but is rated for use with power supplies of 230V and 50/60 Hz and is equipped with a North American 230 Volt-compatible plug. Model 1564F is equivalent, but is rated for use with power supplies of 230V and 50/60 Hz and is equipped with a Type F electrical plug (Schuko). Model 1564G is equivalent, but is rated for use with power supplies of 230V and 50/60 Hz and is equipped with a Type G electrical plug (UK-compatible). Model 1564M is equivalent, but is rated for use with power supplies of 230V and 50/60 Hz and is equipped with a Type M electrical plug (India-compatible). Model 1565 is equivalent, but is rated for use with power supplies of 230 V and 50/60 Hz and is equipped with U.V. lighting and a North American 230 Volt-compatible plug. Model 1565F is equivalent, but is rated for use with power supplies of 230V and 50/60 Hz and is equipped with a Type F electrical plug (Schuko). Model 1565G is equivalent, but is rated for use with power supplies of 230V and 50/60 Hz and is equipped with a Type G electrical plug (UK-compatible). Model 1565M is equivalent, but is rated for use with power supplies of 230V and 50/60 Hz and is equipped with a Type M electrical plug (India-compatible).

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