What to do if Peak AMGO 414 lift raises too slow?
If your Peak Lifting System lift raises too slowly, it could be due to several reasons: the oil line might be jammed (clean the oil line); the motor might be running on low voltage (check the electrical system); the oil might be mixed with air (fill the tank); the pump might be leaking (replace pump); or you might be experiencing overload lifting (check load).
What to do if Peak AMGO 414 Lifting Systems lift does not stay up?
If your Peak Lifting System lift doesn't stay up, it could be because the solenoid valve is out of work (repair or replace it), there is a relief valve or check valve leakage (repair or replace), or the cylinder or fittings leak (repair or replace).
What to do if Peak AMGO 414 lift cannot lower?
If your Peak Lifting Systems lift cannot lower, the issue might stem from a damaged air solenoid valve (replace or repair), a damaged hydraulic solenoid valve (replace or repair), a damaged air cylinder (replace the cylinder), or a leak in the air-line (check the air-line).
Why Peak Lifting Systems motor does not run?
If the motor of your Peak Lifting System doesn't run, it could be due to several reasons: the button might not be working (replace it); the wiring connections might be in poor condition (repair all wiring connections); the motor could be burned out (repair or replace it); the AC contactor might be burned out (replace it); or the height limit switch might be damaged (replace it).
Why Peak AMGO 414 motor runs but the lift is not raised?
If the motor runs but the Peak Lifting Systems lift is not raised, possible causes include: the motor running in reverse rotation (reverse two power wires); damage to the hydraulic solenoid valve (repair or replace); damage to the gear pump (repair or replace); damage to the relief valve or check valve (repair or replace); or a low oil level (fill the tank).
General| Brand | Peak |
|---|---|
| Model | AMGO 414 |
| Category | Lifting Systems |
| Language | English |
Lists all necessary tools for installing the lift.
Details concrete thickness, strength, and levelness requirements.
Specifies air pressure and air line size requirements.
Outlines minimum power requirement and cable specification.
Verifies suitability of the installation site and marks precise placement.
Ensures all components are accounted for prior to assembly.
Marks the precise placement and dimensions for the lift.
Connects the cross beams to the main support columns.
Secures the lift structure to the floor using anchor bolts.
Mounts the safety locking mechanisms onto the columns.
Ensures both cross beams are at the same level for operation.
Attaches the platform used for lifting vehicles.
Installs the offside platform and checks column verticality.
Routes and secures all necessary lift operating cables.
Mounts and connects the main control and power systems.
Connects hydraulic components for lift actuation.
Connects pneumatic lines for air-actuated features.
Installs limit switches and wiring for electrical control.
Attaches springs and protective covers to the cross beam assembly.
Mounts drive-in ramps and tire stop plates for vehicle positioning.
Details the installation of optional pneumatic line kits.
Calibrates limit switches for proper safety lock function.
Step-by-step process for safely raising a vehicle.
Step-by-step process for safely lowering a vehicle.
Regular tasks for monthly upkeep and inspection.
Periodic tasks for semi-annual inspection and maintenance.
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