Manufacturing site./Year
Order no.:
Sheet:
1/3
Billing Address Customer no.:
Installation address
Manufacturing year:
Customer center:
Technician no:
Technician’s Name:
Date:
Order date:
Ordered by:
Order no.:
Equipment type:
Part no.:
Hours of use:
Equipment no.:
Serial no.:
Service reference no.:
Delivery date:
Installation date:
Customer inventory no.:
Testing Safety Cabinet Class II Type A2 according to NSF/ANSI 49 - 2002
Installation test
Routine maintenance test
Laboratory Class
Complies with installation rules
Safety Declaration
Yes :
No: Not required:
Visual check
Tested
OK
Rema
rks
Visual check
Tested
OK
Remarks
Values
Type label
DD Direct ducting
NSF – label
TD Thimble ducting
Short operating instruction
ECS Exhaust cooling system
Warnings
AEF 2
nd
exhaust air filter
Attach test label
Height of inflow opening
Check joints of sealing agents
Connection Monitor contact
Check surface for ruptures
Connection Ext blower contact
Safety check UL 3101-1 (2003) Safety check UL 3101-1 (2003)
Ground conductor
< 0,3 ȍ
GFI test sockets
Yes
No
Insulating resistance
> 2 Mȍ
Polarity test ( sockets T5A )
Yes
No
Conductance
< 3.5 mA
Air inflow speed: Method 1 Flow Hood ( DIT )
Direct measuring inflow air volume in the front window opening with the flow hood ( DIT Direct instrument testing )
Front panel in working position 10 in (254 mm), flow hood sealed on the front opening
Inflow air volume 1
Ft³/
min
2
Ft³/
min
3
Ft³/
min
4
Ft³/
min
5
Ft³/
min
Mean
value
Ft³/
min
Air speed = Air volume / Air area Inflow air area KS9: 0,23 m² KS12: 0,30 m² KS15: 0,38 m² KS18: 0,45 m²
Inflow air speed Ft/min Set value : 105 ft/min +
5 ft/min (0,53 m/s + 0,025 m/s)
Air flow on all positions of working opening into safety cabinet Requirement fulfilled
Yes
No
Remarks:
Test Record
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