12
•
Always wear protection gear like safety goggles, gloves,
apron, and ear plugs while operating the pump
•
Never let any body part come in front of, or in contact with
the control outlet
•
Always cut off air supply after use, so that media cannot leak
incase any of the pump component fails
•
Before switching the air supply on, check hoses for sign of
wear, leak or loose fittings. Replace as necessary
•
Do not smoke near the pump. Do not use the pump near a
source of spark / open flames
•
When changing the working fluid, at least 1 litre of new fluid
should be discarded to avoid mixing of fluids
•
Pump should NOT be operated for more than 4 hrs
continuously
•
Pump must be supplied with CLEAN & DRY compressed air
via an FRL unit
•
Before attempting any maintenance or repair of this product,
disconnect air supply and then squeeze control valve trigger
to release fluid pressure
•
Use only genuine factory parts for repair
•
In case of accident, immediately seek medical attention. Do
not try to treat the injury yourself
Groz Engineering Tools (P) Ltd.
Groz Net Industries
Village Kherki Daula, National Highway-8
Gurgaon-122001, Haryana, INDIA
TEL +91.124.282.7700 / 221.4050
FAX +91.124.2827986 / 221.4224
FAX (USA) +1.509.271.7848
FAX (UK) +44.870.121.1854
E-MAIL [email protected]
URL www.groz-tools.com
The Groz name, Groz logo and the mark are
trademarks of Groz Engineering Tools (P) Ltd. India
MODEL
BGRP/15
BGRP/30
BGRP/50
Bucket Capacity
15 Kg / 1.8 Gal / 33 lbs.
30 Kg / 3.5 Gal / 60 lbs.
50 Kg / 6 Gal / 110 lbs.
Suction Tube Length
17.32” (440 mm)
17.32” (440 mm)
28.74” (730 mm)
Suction Tube Dia.
1.18” (30 mm)
Flow Rate
1.10 Kg / min. (2.42 lbs / min)
Working Pressure
10 BAR (150 PSI)
Maximum Outlet Pressure
500 BAR (7500 PSI)
Air Inlet Connection
¼” (F)
Pump Outlet Connection
¼” (F)
Air Consumption
230 LPM (61 GPM)
Hose Length*
7’ (84”)
Noise Level
81 db
SPECIFICATIONS
WETTED COMPONENTS
Steel, Brass, Aluminium, & Polyurethane
RECOMMENDED USE
With light and self collapsing grease up to NLGI No. 2
* IT MAY VARY FROM ONE MODEL TO ANOTHER
