To Next PageTo Next PageWhat to do if Terberg Lifting Systems displays ‘EMERGENCY STOP’?
If the Terberg Lifting Systems displays the message 'EMERGENCY STOP', check the emergency stop buttons on the bin lift and refuse body. Also, verify that there is a +24V supply on pin 12 of the 16-pin socket box, which indicates a normal safe condition.
Why does my Terberg OMNIDEKA Lifting Systems show 'TRUCK IN REVERSE' error?
If the Terberg Lifting Systems displays the error message '02: TRUCK IN REVERSE', it means that the reverse gear signal is active due to the refuse body or truck chassis. To use the bin lift, put the gearbox into neutral.
How to fix 'ADJUST ZERO WEIGHING SYSTEM' message on Terberg OMNIDEKA Lifting Systems?
If the Terberg Lifting Systems displays the error message '07: ADJUST ZERO WEIGHING SYSTEM', it means that there is a static zeroing request for the weighing systems. Perform a zero adjust sequence by holding down the R/H up and down button simultaneously in domestic mode for a few seconds until the bin lift moves up automatically.
What to do if Terberg OMNIDEKA Lifting Systems displays 'HOPPER PLATE SWITCH' error?
If the Terberg Lifting Systems displays the error message '11: HOPPER PLATE SWITCH', it means the hopper plate door is open, and the bin lift is ready for hand loading of bags only. Close the hopper plate door. If the message persists, check the functionality and alignment of the hopper plate door sensor.
What causes 'EMERGENCY STOP' error on Terberg OMNIDEKA?
If the Terberg Lifting Systems displays the error message '01: EMERGENCY STOP', it indicates that the emergency stop signal is active. Check the emergency stop buttons on the bin lift and refuse body.
Why is my Terberg Lifting Systems losing bins/containers?
If the Terberg Lifting Systems bin lift is losing bins or containers, examine the bin/container locking mechanism for any refuse or obstructions. Also, check the adjustment of the bin/container lock.
What does 'REVERSE L/H RAISE ERROR' mean on Terberg OMNIDEKA?
If the Terberg Lifting Systems displays the error message '03: REVERSE L/H RAISE ERROR', it means that the L/H lifting chair has not lifted up to the safe lifting height for travel in the usual time. This often happens when the bin lift isn't getting enough oil from the refuse body while in reverse, or the PTO/pump isn't on. Ensure the bin lift can get hydraulic energy during reverse.
What does 'ERROR CYC. START SENSOR N1 L/H' mean on Terberg OMNIDEKA?
If the Terberg Lifting Systems displays the error message '12: ERROR CYC. START SENSOR N1 L/H', it indicates that an object is detected by the L/H start sensor (N1) for too long. This can happen if a bin isn't removed after emptying. If there's no bin, check the sensor and cable.
How to troubleshoot 'ERROR POSITION SENSOR L/H' on Terberg OMNIDEKA?
If the Terberg Lifting Systems displays the error message '13: ERROR POSITION SENSOR L/H', it is a general position sensor error for the L/H lifting chair. When the bin is removed the error will be reset. Check for mechanical axial and radial play from the position sensors or adjoined bearings. Check the position sensor(s), the cables, and the analogue values (analogue input 00.0 and 00.1 always higher than 100, lower than 900). Recalibrate the position sensors.
What does 'ERROR LOCK PIN' mean on Terberg OMNIDEKA?
If the Terberg Lifting Systems displays the error message '10: ERROR LOCK PIN', and the bin lift is in trade (4-wheel) mode with a mechanical/hydraulic lock pin, but there’s still a position difference between the L/H and R/H chair, check if the bin lift runs level without the chair locking pin. Also, check for mechanical axial and radial play from the position sensors or adjoined bearings. Finally, check/calibrate the position sensors and proportional valves.
Description of the function, conditions of use and the operating principle of the machine.
Description of safety provisions and measures for safe operation, including explanation of symbols.
Description of important components, instructions for bin emptying, and Diagnostic System information.
Periodic operations for correct functioning, troubleshooting, and fault diagnosis.
Information about weight, centre of gravity, and storage of the machine.
Installation dimensions for RCV mounting, required means, and tooling.
Actions for safe dismantling and environmentally-friendly disposal of the machine.
Information on the type plate with type, number, and year of construction.
Overview of the OmniDEKA bin lift system, its suitability for various bin types, and operational modes.
Technical data including guidelines, weight, noise levels, voltage, and oil flow requirements.
General safety rules for operation, maintenance, and personal protection equipment.
Specific safety instructions for operation and maintenance, including emergency stop usage.
Explains the meaning of various safety and instruction decals displayed on the machine.
Instructions on using and resetting the emergency stop button for immediate safety stops.
Explanation of the ultrasonic sensors (RPD) for detecting persons or objects in the working area.
Identification and description of the key components of the bin lift system.
Important advice and warnings for safe and efficient operation of the bin lift system.
Essential checks to perform before starting bin lift operations each day.
Step-by-step instructions for manually loading 2-wheel and 4-wheel bins using the pick-up comb.
Instructions for automatic loading of 2-wheel bins, including safety precautions and operational steps.
Procedure for semi-automatic loading of 4-wheel containers, including operational steps and safety.
Guide for Single Man Trade function, enabling one person to empty 4-wheel containers.
Instructions for loading containers using optional DIN pick-up arms, including safety and alignment checks.
How to use the shake function for green waste bins when refuse gets stuck.
Setting the bin lift to transport and travel positions for clearance and safety.
Overview of the Diagnostic System, its levels, and functions for monitoring and fault diagnosis.
General points before maintenance and daily cleaning recommendations for the bin lift system.
Weekly maintenance tasks including checking controls, bin security, RPD, DIN arms, decals, lubrication, and visual checks.
6-weekly maintenance tasks focusing on container lock adjustment, proximity switches, and DIN pick-up arms.
Annual maintenance includes checking attachment points, pick-up teeth, bearing play, and cycle time.
Schedule for daily, weekly, 6-weekly, and annual maintenance tasks with descriptions.
Troubleshooting guide for electrical errors, including common issues and checks.
Description of the function, conditions of use and the operating principle of the machine.
Description of safety provisions and measures for safe operation, including explanation of symbols.
Description of important components, instructions for bin emptying, and Diagnostic System information.
Periodic operations for correct functioning, troubleshooting, and fault diagnosis.
Information about weight, centre of gravity, and storage of the machine.
Installation dimensions for RCV mounting, required means, and tooling.
Actions for safe dismantling and environmentally-friendly disposal of the machine.
Information on the type plate with type, number, and year of construction.
Overview of the OmniDEKA bin lift system, its suitability for various bin types, and operational modes.
Technical data including guidelines, weight, noise levels, voltage, and oil flow requirements.
General safety rules for operation, maintenance, and personal protection equipment.
Specific safety instructions for operation and maintenance, including emergency stop usage.
Explains the meaning of various safety and instruction decals displayed on the machine.
Instructions on using and resetting the emergency stop button for immediate safety stops.
Explanation of the ultrasonic sensors (RPD) for detecting persons or objects in the working area.
Identification and description of the key components of the bin lift system.
Important advice and warnings for safe and efficient operation of the bin lift system.
Essential checks to perform before starting bin lift operations each day.
Step-by-step instructions for manually loading 2-wheel and 4-wheel bins using the pick-up comb.
Instructions for automatic loading of 2-wheel bins, including safety precautions and operational steps.
Procedure for semi-automatic loading of 4-wheel containers, including operational steps and safety.
Guide for Single Man Trade function, enabling one person to empty 4-wheel containers.
Instructions for loading containers using optional DIN pick-up arms, including safety and alignment checks.
How to use the shake function for green waste bins when refuse gets stuck.
Setting the bin lift to transport and travel positions for clearance and safety.
Overview of the Diagnostic System, its levels, and functions for monitoring and fault diagnosis.
General points before maintenance and daily cleaning recommendations for the bin lift system.
Weekly maintenance tasks including checking controls, bin security, RPD, DIN arms, decals, lubrication, and visual checks.
6-weekly maintenance tasks focusing on container lock adjustment, proximity switches, and DIN pick-up arms.
Annual maintenance includes checking attachment points, pick-up teeth, bearing play, and cycle time.
Schedule for daily, weekly, 6-weekly, and annual maintenance tasks with descriptions.
Troubleshooting guide for electrical errors, including common issues and checks.
General| Category | Lifting Systems |
|---|---|
| Capacity | 2000 kg |
| Lifting Capacity | 2000 kg |
| Lifting Height | 3300 mm |
| Power Source | Electric |
| Turning Radius | 0 mm (on-the-spot turning) |
| Operating Weight | 3850 kg |
| Fork Length | 1150 mm |
| Fork Spread | 250-1250 mm |
| Lowering Speed | 0.5 m/s |
