XCMG Official 10m Scissor Lifts Gtjz1012
Model NO.: GTJZ1012(E)
Certification: CE, ISO 9001
Maximum Platform Height: 10 M
Size of Platform: 2276X1120X1254
The Total Mass in Driving State: 3000 Kg
Rated Load: 320 Kg
Platform Extension Length: 900 mm
Load of Extension Platform: 115 Kg
Maximum Grade Ability: 25%
Battery: 4X6(240) V/(Ah)
Charger: 30 a
Tyre Specification: Traceless Solid Core 38.1cmx12.7cm
Trademark: XCMG
Origin: China
Model NO.: GTJZ1012(E)
Certification: CE, ISO 9001
Maximum Platform Height: 10 M
Size of Platform: 2276X1120X1254
The Total Mass in Driving State: 3000 Kg
Rated Load: 320 Kg
Platform Extension Length: 900 mm
Load of Extension Platform: 115 Kg
Maximum Grade Ability: 25%
Battery: 4X6(240) V/(Ah)
Charger: 30 a
Tyre Specification: Traceless Solid Core 38.1cmx12.7cm
Trademark: XCMG
Origin: China
XCMG Official 10m Scissor Lifts GTJZ1012
The undercarriage assembly consists of frame body, left and right-steering wheel hub, hydraulic pallet, storage battery drawer and related hydraulic and electronic components.
The frame is equipped with an automatic pot hole protection system, providing higher safety when the platform lifts.
The tyre is high-load traceless and solid rubber one, with characteristics of big load, stably driving and cleaner indoor operation.
Driving mode adopts hydraulic drive, for which White driving motor and brake are selected. The system is set with two gears of slow-down driving, which can meet the driving requirements of vehicle in different environments. When driving on a rampway, the traveling mechanism has self-braking function and is set with manual clutch device at the same time, through which the brake may be opened manually in case of low battery or driving fault for convenient of jerking.
Steering mechanism is that drove by hydraulic cylinder, which makes that the machine have no turning radius and the platform be cable of adapting narrow operation environment.
2. Â arm assembly
Arm using narrow arm frame which adopts high strength steels, and it has better reliability and longer service life.
3. Electrical system
The electrical system is the control system made by Hirschmann, which adopts CAN bus control technology. The chassis is set with a controller and platform is set with an operating handle. CAN bus is adopted for communication between the chassis and platform controller to achieve control on machine action.
Actions which are mainly achieved by electrical system include:Â Left and right steering, toward and backward driving, high and low-speed driving control and platform lifting and falling of the vehicle.
4. Hydraulic system
Hydraulic system adopts power unit driving to drive hydraulic system directly through that storage battery supplies power to storage battery pump. Hydraulic valve is the valve element provided by America Hydraforce and hydraulic system adopts electricity liquid proportion controlling technology, which may achieve that the machine operates stably.
Lifting oil cylinder is equipped with a hydraulic lock to ensure that the working platform may maintain reliably after hydraulic hose fractures. Rising oil cylinder is equipped with an emergency lowering valve so that the platform may lower with a stably speed under sudden failure or power shortage to ensure personnel safety.
1. The undercarriage assembly
The undercarriage assembly consists of frame body, left and right-steering wheel hub, hydraulic pallet, storage battery drawer and related hydraulic and electronic components.
The frame is equipped with an automatic pot hole protection system, providing higher safety when the platform lifts.
The tyre is high-load traceless and solid rubber one, with characteristics of big load, stably driving and cleaner indoor operation.
Driving mode adopts hydraulic drive, for which White driving motor and brake are selected. The system is set with two gears of slow-down driving, which can meet the driving requirements of vehicle in different environments. When driving on a rampway, the traveling mechanism has self-braking function and is set with manual clutch device at the same time, through which the brake may be opened manually in case of low battery or driving fault for convenient of jerking.
Steering mechanism is that drove by hydraulic cylinder, which makes that the machine have no turning radius and the platform be cable of adapting narrow operation environment.
2. Â arm assembly
Arm using narrow arm frame which adopts high strength steels, and it has better reliability and longer service life.
3. Electrical system
The electrical system is the control system made by Hirschmann, which adopts CAN bus control technology. The chassis is set with a controller and platform is set with an operating handle. CAN bus is adopted for communication between the chassis and platform controller to achieve control on machine action.
Actions which are mainly achieved by electrical system include:Â Left and right steering, toward and backward driving, high and low-speed driving control and platform lifting and falling of the vehicle.
4. Hydraulic system
Hydraulic system adopts power unit driving to drive hydraulic system directly through that storage battery supplies power to storage battery pump. Hydraulic valve is the valve element provided by America Hydraforce and hydraulic system adopts electricity liquid proportion controlling technology, which may achieve that the machine operates stably.
Lifting oil cylinder is equipped with a hydraulic lock to ensure that the working platform may maintain reliably after hydraulic hose fractures. Rising oil cylinder is equipped with an emergency lowering valve so that the platform may lower with a stably speed under sudden failure or power shortage to ensure personnel safety.
| Item | Unit | Parameters |
| Overall length | mm | 2485 |
| Overall width | mm | 1170 |
| Overall height | mm | 2472 |
| Maximum platform height | m | 10 |
| Size of platform | mm | 2276×1120×1254 |
| Platform extension length | mm | 900 |
| Minimum turning radius | m | 0 |
| Wheel base | mm | 1871 |
|
Minimum ground clearance (pot hole protector rising/falling) |
mm | 101/20 |
| The total mass in driving state | kg | 3000 |
| Rated load | kg | 320 |
| Load of extension platform | kg | 115 |
| Lifting speed of working platform | s | 56~66 |
| Falling speed of working platform | s | 43~58 |
| Driving speed (high) | km/h | 3.5 |
| Driving speed (low) | km/h | 0.8 |
| Maximum driving platform height | m | 10 |
| Maximum gradeability | Â | 25% |
| Battery | V/(Ah) | 4×6(240) |
| Charger | A | 30 |
| Tyre specification |  | Traceless solid core 38.1cm×12.7cm |
| Incline alarming angle |  | 1.5° (both sides) |
|  | 3° (front and back) |
XCMG Official 10m Scissor Lifts GTJZ1012
The undercarriage assembly consists of frame body, left and right-steering wheel hub, hydraulic pallet, storage battery drawer and related hydraulic and electronic components.
The frame is equipped with an automatic pot hole protection system, providing higher safety when the platform lifts.
The tyre is high-load traceless and solid rubber one, with characteristics of big load, stably driving and cleaner indoor operation.
Driving mode adopts hydraulic drive, for which White driving motor and brake are selected. The system is set with two gears of slow-down driving, which can meet the driving requirements of vehicle in different environments. When driving on a rampway, the traveling mechanism has self-braking function and is set with manual clutch device at the same time, through which the brake may be opened manually in case of low battery or driving fault for convenient of jerking.
Steering mechanism is that drove by hydraulic cylinder, which makes that the machine have no turning radius and the platform be cable of adapting narrow operation environment.
2. Â arm assembly
Arm using narrow arm frame which adopts high strength steels, and it has better reliability and longer service life.
3. Electrical system
The electrical system is the control system made by Hirschmann, which adopts CAN bus control technology. The chassis is set with a controller and platform is set with an operating handle. CAN bus is adopted for communication between the chassis and platform controller to achieve control on machine action.
Actions which are mainly achieved by electrical system include:Â Left and right steering, toward and backward driving, high and low-speed driving control and platform lifting and falling of the vehicle.
4. Hydraulic system
Hydraulic system adopts power unit driving to drive hydraulic system directly through that storage battery supplies power to storage battery pump. Hydraulic valve is the valve element provided by America Hydraforce and hydraulic system adopts electricity liquid proportion controlling technology, which may achieve that the machine operates stably.
Lifting oil cylinder is equipped with a hydraulic lock to ensure that the working platform may maintain reliably after hydraulic hose fractures. Rising oil cylinder is equipped with an emergency lowering valve so that the platform may lower with a stably speed under sudden failure or power shortage to ensure personnel safety.
1. The undercarriage assembly
The undercarriage assembly consists of frame body, left and right-steering wheel hub, hydraulic pallet, storage battery drawer and related hydraulic and electronic components.
The frame is equipped with an automatic pot hole protection system, providing higher safety when the platform lifts.
The tyre is high-load traceless and solid rubber one, with characteristics of big load, stably driving and cleaner indoor operation.
Driving mode adopts hydraulic drive, for which White driving motor and brake are selected. The system is set with two gears of slow-down driving, which can meet the driving requirements of vehicle in different environments. When driving on a rampway, the traveling mechanism has self-braking function and is set with manual clutch device at the same time, through which the brake may be opened manually in case of low battery or driving fault for convenient of jerking.
Steering mechanism is that drove by hydraulic cylinder, which makes that the machine have no turning radius and the platform be cable of adapting narrow operation environment.
2. Â arm assembly
Arm using narrow arm frame which adopts high strength steels, and it has better reliability and longer service life.
3. Electrical system
The electrical system is the control system made by Hirschmann, which adopts CAN bus control technology. The chassis is set with a controller and platform is set with an operating handle. CAN bus is adopted for communication between the chassis and platform controller to achieve control on machine action.
Actions which are mainly achieved by electrical system include:Â Left and right steering, toward and backward driving, high and low-speed driving control and platform lifting and falling of the vehicle.
4. Hydraulic system
Hydraulic system adopts power unit driving to drive hydraulic system directly through that storage battery supplies power to storage battery pump. Hydraulic valve is the valve element provided by America Hydraforce and hydraulic system adopts electricity liquid proportion controlling technology, which may achieve that the machine operates stably.
Lifting oil cylinder is equipped with a hydraulic lock to ensure that the working platform may maintain reliably after hydraulic hose fractures. Rising oil cylinder is equipped with an emergency lowering valve so that the platform may lower with a stably speed under sudden failure or power shortage to ensure personnel safety.
| Item | Unit | Parameters |
| Overall length | mm | 2485 |
| Overall width | mm | 1170 |
| Overall height | mm | 2472 |
| Maximum platform height | m | 10 |
| Size of platform | mm | 2276×1120×1254 |
| Platform extension length | mm | 900 |
| Minimum turning radius | m | 0 |
| Wheel base | mm | 1871 |
|
Minimum ground clearance (pot hole protector rising/falling) |
mm | 101/20 |
| The total mass in driving state | kg | 3000 |
| Rated load | kg | 320 |
| Load of extension platform | kg | 115 |
| Lifting speed of working platform | s | 56~66 |
| Falling speed of working platform | s | 43~58 |
| Driving speed (high) | km/h | 3.5 |
| Driving speed (low) | km/h | 0.8 |
| Maximum driving platform height | m | 10 |
| Maximum gradeability | Â | 25% |
| Battery | V/(Ah) | 4×6(240) |
| Charger | A | 30 |
| Tyre specification |  | Traceless solid core 38.1cm×12.7cm |
| Incline alarming angle |  | 1.5° (both sides) |
|  | 3° (front and back) |
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