Macrotech Equipment manufactures Counterbalanced Forklift Truck that drive axle is independently mounted on to the chassis and can be removed without disturbing other components.
Wastage of battery power in starting resistances is reduced to a minimum by avoiding use of resistance over more than half the stages of acceleration.
The accelerator assembly contains a series of micro switches, which energise contactors in the control circuit. The rate of acceleration is controlled by a fluid dashpot.
Higher voltage batteries are used for better efficiency.
A choice of battery capacities is available to suit any particular requirement.
A low voltage protection is in corporate to prevent over-discharge of the battery.
A sensing relay in the circuit immobilises the hydraulic system when the battery reaches its safe discharge level.
Designed for weigh pressure operation for better efficiency and low losses in the system. Reinforced low losses with a good factory of safety are used through out.
A gear pump, which is used, can stand the shock loadings common in forklift trucks.
A mesh filter is fitted to the inlet to the pump to prevent dirt entering the system.
A pressure relief valve protects the system from overloads.
A resistor valve at the base of the lift jack controls speed of decent of load even in the unlikely even of the house failure.
A generously raged variable speed totally enclosed motor of 13 H.P.
The motor is independently mounted on chassis through rubber mountings that cushion the motor from shocks and is coupled to the differential axle.
Fully floating double reduction type the design permits fast acceleration which enables the truck to give more work output per hour flexible universal couple.
The centrally pivoted steering axle ensures constant ground contact for all wheels even on uneven ground.
Rubber buffers limit the articulation movements and thus ensure estability and dampen shocks.
All steering linkages are provided with ball joints to make steering effortless.
The truck has three breaking systems like electrical, hydraulic and mechanical.
Electrical dynamic braking is automatically applied when the accelerator pedal is released. The motor then works as a generator. The electrical braking is powerful enough to slow down the track and bring it to a stop on its own.
Heavy duty hydraulic breaks act on independent brake drums on the drive axle and are actuated by a foot pedal. Due to automatic electrical breaking the use of hydraulic breaking will be less.
The mechanical break acts on the break drum fitted on drive flange and is operated by a hand lever positioned by a hand lever positioned in front of the operator.
Robust open type fabricated structure of steel plates.
The low chassis height gives a low centre of gravity for a good over all stability.
All controls are positioned in front of the operator for ease of operation.
A key switch controlling the electrical circuit is directly in front of the operator together with a red warning light giving the indication that the circuit is live when the switch key is turned and the track is stationary.
The hand break is positioned by the right hand. A single liver hydraulic control is provided on the right hand side of the steering
Low voltage battery protection device
Dashpot control for safe and smooth acceleration
Five step speed control
Sure and safe anti-plugging device
Strong electric braking
Choice of travel speeds
Automative type parking brake
Outstanding performance on gradients
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