Hydraulic output control and connectors, Starting/stopping (figs. 2/3) – General Machine Products 89950 JetStream Cable Blowing Machine User Manual

Page 3

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General Machine Products Co., Inc

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Operating in Low Temperatures
 Use the Correct Viscosity Engine Oil

See Engine Manufacturer's Handbook

 Fill the Fuel Tank at the End of each Working Period
 Protect the Machine When not in Use

Hydraulic Output Control and Connectors

(Fig. 1)

Hydraulic output control (1) is used to control the flow

rate to the tool in use.
The hydraulic power pack must be connected by the

two detachable hoses (2 & 3) to the driven machine by

plugging in the male/female quick release couplings

before starting the engine.
Important: Connect the electrical box on the Tornado.

Move the hydraulic control all the way to the right. Do

not try to start the engine on the Power Pack until the

hoses between the Power Pack and the remote equip-

ment have been connected. Do not disconnect the hy-

draulic hoses when the power pack is running (if the

engine continues to run serious overheating will occur

as the oil continues to pass through the relief valve).

Starting/Stopping (Figs. 2/3)

Refer to the engine manual for addi-

tional information on starting the en-

gine. Position the throttle lever at the

maximum setting after the choke is

open. Move the hydraulic output con-

trol all the way to the left.

Honda GX240:

The engine is fitted with an Oil Alert system which is designed to prevent engine dam-

age caused by an insufficient amount of oil in the crankcase. The oil alert system will

automatically shut down the engine before the oil in the crankcase can fall below a safe

limit.


Recoil Start Models: Do not allow the starter grip to snap back against the engine. Re-

turn it gently to prevent damage.

Stopping the engine: Move the hydraulic output control all the way to the right. Refer

to the engine manual for additional information on stopping the engine.

Temperature

Idling Time

below -20°C

5 minutes

-20°C to -10°C

2 minutes

-10°C to 5°C

1 minute

above 5°C

20 seconds

Fig. 2

Fig. 3

Fig. 1

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