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Appendix JH Traction Battery Operating Instructions These operating instructions apply only to Jungheinrich battery models. If using another brand, refer to the manufacturer's operating instructions.
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Serial-Nr. Q [kg] H [mm] D [mm] SERIAL NO.
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(575 mm) 1150 mm SERIAL NO. 3600 3200 1050 1050 2900 1200 1200...
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Lifting the truck by crane Requirements Tools and Material Required Procedure The truck can now be lifted by crane. Loading the truck by crane Requirements Tools and Material Required Procedure The truck can now be loaded by crane.
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Securing the industrial truck for transport Requirements Tools and Material Required Procedure The truck can now be transported.
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Procedure The truck can now be started, see page 66. NOTE NOTE...
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Requirements Procedure The battery is now exposed.
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Charging the battery Requirements Procedure The battery is charging. Completing battery charging, restoring the truck to operation NOTE Requirements Procedure The truck is now ready for operation.
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Park the truck securely Procedure The truck is parked.
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Press the Emergency Disconnect switch Procedure All electrical functions are deactivated. The truck brakes to a halt. Releasing the Emergency Disconnect switch Procedure All electrical functions are enabled and the truck is operational again (provided the truck was operational before the Emergency Disconnect was pressed).
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Requirements Procedure The brakes are released and the truck moves in the selected direction.
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Changing direction during travel Procedure The truck decelerates until it starts to travel in the opposite direction.
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Switch on the slow travel function Procedure The brake is released. The truck travels at slow speed. Switching off slow travel Procedure If the tiller is in brake zone "B", the brake applies and the truck stops. If the tiller is in brake zone "F" the truck continues at slow travel speed.
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Procedure The truck is steered in the required direction.
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Procedure truck brakes halt regeneratively via the service brake. When braking regeneratively, energy is returned to the battery, ensuring a longer service time. Procedure The truck brakes to a halt regeneratively via the coasting brake. When braking regeneratively, energy is returned to the battery, ensuring a longer service time.
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NOTE Requirements Procedure The load is deposited. NOTE...
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Use as a lift work table Requirements Procedure...
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Loads can be loaded or discharged manually with the load handler raised.
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Releasing the brake Tools and Material Required Procedure The brake is now released. The truck can be moved.
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Activating the brake Procedure The brake has been reactivated. The brake is now be applied without current.
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Load handler emergency lowering Requirements Tools and Material Required Procedure The load handler is lowered. After carrying out emergency lowering, turn the knurled bolt (64) in as far as the stop. Screw in and position the bolt and plastic nut (65) firmly.
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Load handler emergency lowering Requirements Tools and Material Required Procedure The load handler is lowered. After carrying out the emergency lowering, turn in the screw on the valve block (64) as far as the stop.
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Preparing the truck for operation by entering a valid operator code Procedure The LED (70) lights up red. When you have entered a valid operator code the LED (70) lights up green, the travel program selected is indicated by the corresponding LEDs (66,67,68) and the truck is switched on.
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Requirements Procedure When you enter the valid master code the LED (70) flashes green. The LEDs (66,70) flash green. The LEDs (67,70) flash green. The LEDs (68,70) flash green. Wait until the LED (70) flashes green. The setting is saved. The truck is switched off and the LED (70) is lit red.
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Requirements Procedure When you enter the valid master code the LED (70) flashes green. The LEDs (67,70) flash green. The LEDs (68,70) flash green. Wait until the LED (70) flashes green. The setting is saved. The truck is switched off and the LED (70) is lit red. After entering the valid user code the LED (70) lights up green, the travel program setting is shown by the illumination of the corresponding LEDs (66,67,68) and the truck is switched on.
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Requirements Procedure When you enter the valid master code the LED (70) flashes green. The LEDs (66,70) flash green. The LEDs (67,70) flash green. The LEDs (68,70) flash green. Wait until the LED (70) flashes green. The setting is saved. The truck is switched off and the LED (70) is lit red.
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Requirements Procedure When you enter the valid master code the LED (70) flashes green. The LEDs (67,70) flash green. The LEDs (68,70) flash green. Wait until the LED (70) flashes green. The user code is now deleted. The truck is switched off and the LED (70) is lit red. After entering the user code the LED (70) flashes red and the truck remains switched off.
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Requirements Procedure When you enter the valid master code the LED (70) flashes green. The LEDs (68,70) flash green. Wait until the LED (70) flashes green. All user codes are deleted. The truck is switched off and the LED (70) is lit red. After entering the user code the LED (70) flashes red and the truck remains switched off.
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Requirements Procedure The length of the new master code is now changed and user codes have been added.
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Requirements Procedure When you enter the correct master code the LED (70) flashes green. Wait until the LED (70) flashes green. Wait until the LED (70) flashes green. The setting is saved. The truck is switched off and the LED (70) lights up red. When you have entered a valid operator code the LED (70) lights up green, the travel program selected is indicated by the corresponding LEDs (66,67,68) and the truck is switched on.
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Adapting the travel program configuration to the user code Procedure When you enter the valid master code the green LED (70) flashes green. The LEDs (66,70) flash green. The LEDs (67,70) flash green. The LEDs (68,70) flash green. Wait until the LED (70) flashes green. The travel programs are now assigned to the user code.
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Requirements Procedure The "dry maintenance-free" battery type is set. Travel is disabled while the parameters are being entered. Storing the parameter Requirements Procedure The parameter is now saved. Testing an altered parameter Requirements...
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Procedure The parameter has now been checked.
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Requirements Procedure Charging characteristics for the maintenance-free battery with 151 - 200 Ah are set. Storing the parameter Requirements Procedure The parameter is now stored. Testing an altered parameter Requirements Procedure...
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Procedure The truck is switched on. set-up code entered displayed. The set-up code is deleted. 2 4 1 2 The new set-up code is displayed. If the new set-up code was entered incorrectly, the procedure can be repeated using the key below the "Delete"...
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Procedure The truck is switched on. The set-up code entered is displayed. The set-up code is deleted. This transponder thus becomes the set- up transponder. The code for the set-up transponder is displayed. If the wrong transponder has been used, the procedure can be repeated using the key below the "Delete"...
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Procedure The truck is switched on. Procedure The truck is switched off.
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Requirements Procedure The set-up code entered is shown as filled-in circles. The set-up code is deleted. The new set-up code is displayed. The set-up code has been changed.
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Requirements Procedure The set-up code is requested. All the access codes are displayed. 1 1 1 2 2 2 The new access code is displayed. 3 3 3 A new access code has been added.
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Requirements Procedure The set-up code is requested. All the access codes are displayed. The access code has been deleted. 1 1 1 2 2 2 3 3 3...
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Requirements Procedure The set-up code entered is shown as filled-in circles. The display area moves: Additional earlier log-ins are displayed. 3 3 3 3 2 2 2 1 1 1 The display area moves: More recent log-ins are displayed. The log-in process is displayed.
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Procedure The truck is switched on. Procedure The truck is switched off. Procedure The truck is switched off.
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Requirements Procedure The set-up code entered is shown in the display unit (86) as filled-in circles. The set-up code is deleted. The new set-up code is displayed. The set-up code has been changed.
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Requirements Procedure The set-up code is requested. All access codes are shown on the display unit (86). The new access code is shown on the 1 1 1 display unit (86). 2 2 2 3 3 3 A new access code has been added.
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Requirements Procedure The set-up code is requested. All access codes are shown on the display unit (86). The access code has been deleted. 1 1 1 2 2 2 3 3 3...
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Requirements Procedure The set-up code entered is shown in the display unit (86) as filled-in circles. The display area moves: Additional earlier log-ins are displayed. The display area moves: More recent log-ins are displayed. 3 3 3 3 2 2 2 1 1 1 The log-in process is displayed.
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NOTE Procedure A green tick appears and remains until the transponder has been confirmed. If there is no confirmation within 20 seconds the access prompt appears. The truck is switched on. Procedure The truck is switched off.
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Requirements Procedure The code of the set-up transponder is shown on the display unit (86). A dashed line is shown. The new code for the set-up transponder is displayed. The set-up transponder has been changed.
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Requirements Procedure The set-up transponder is requested. All transponder codes are shown on the display unit (86). transponder code displayed. A new transponder has been added.
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Requirements Procedure set-up transponder requested. All transponder codes are shown on the display unit (86). The transponder has been deleted.
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Requirements Procedure The display area moves: Additional earlier log-ins are displayed. The display area moves: More recent log-ins are displayed. The log-in process is displayed.
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Charging the battery Requirements Procedure The battery is charged. Charging is considered to be complete when the electrolyte density and battery voltage remain constant for more than 2 hours.
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Checks and operations to be performed before starting daily work Procedure The test is now complete.
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Charging the battery Requirements Procedure The battery is charged. Charging is considered to be complete when the electrolyte density and battery voltage remain constant for more than 2 hours.
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