2
2502 & A2502 Series Hydraulic Installation Tools (
HK837
)
Alcoa Fastening Systems & Rings
EU Declaration of Conformity
Manufacturer
:
Huck International Inc., Installation Systems Division, 85 Grand Street, Kingston, NY, 12401, USA
Description:
Model number 2400 series fastener installation tools
Model number 2500 series fastener installation tools
Model number 2600 series fastener installation tools
Relevant provisions complied with:
Council Directive related to Machinery, (89/392/EEC), (91/368/EEC), (93/44/EEC),
(93/68/EEC)
Council Directive related to EMC/EMI, (89/336/EEC)
European Representative:
Rob Pattendon, Huck International, Ltd. Unit C Stafford Park 7, Telford Shropshire TF3 3BQ,
England, United Kingdom
Authorized Signature/date:
I, the undersigned, do hereby declare that the equipment specifi ed
above conforms to the above Directive(s) and Standard(s).
Signature:
Full Name:
Renno Budziak
Position:
Vice President of Engineering, Installation Systems Division
Place:
Kingston, New York, USA
Date:
May,
1996
Huck Model Series 2400, 2500 and 2600 (families)
Sound Level
SEL = 75.8 dB (A)
peak value = 108.2 dB (C)
For an eight hour work day, installing 3000 typical Huck
fasteners will result in an equivalent noise level (Leq) of
66 dB (A).
To calculate equivalent noise level for other quantities of
fasteners in an eight hour period, use the formula:
Leq = SEL + 10 log (n/28,800)
where n = number of fasteners in eight hours.
Huck Model Series 2400, 2500 and 2600 (families)
Vibration Level
For an eight hour work day, installing 3000 typical Huck
fasteners will result in an equivalent weighted RMS
vibration level (Aeq) of 12.50m/s2.
To calculate equivalent vibration level for other quantities
of fasteners in an eight hour period, use the formula:
Equivalent Vibration Level, Aeq (m/s2) = (n/480) x 2.00
where n = number of fasteners in eight hours,
and 2.00(m/s2) = Aeq for 60 seconds.
Test data to support the above information is on fi le at Huck International, Inc., Kingston, NY, USA. Vibration
measurements are frequency weighted in accordance with ISO 8041 (1990).
