What to do if the Excel Industrial Equipment motor does not run?
If the Excel Industrial Equipment motor doesn't run, first, make sure the Emergency Stop button is released by twisting it. Check if the Key Switch and Disconnect are in the ON position. If not, turn them ON. Also, inspect the fuse and replace it if it's blown.
Why does my Excel Industrial Equipment motor run hot?
If the Excel Industrial Equipment motor runs hot, it could be due to blocked ventilation. Clean both the external and internal ventilation systems. Another cause might be a high ambient temperature (over 105 degrees F). Try to provide cooler air from outside or reduce the number of cycles per hour.
What to do if thermal overload relays are tripped or tripping in my Excel Industrial Equipment?
If thermal overload relays are tripped or tripping in your Excel Industrial Equipment, check the following: * Ensure incoming leads are connected to the correct terminals. * Address low voltage at motor terminals by improving the power supply or increasing line size. * Verify that all three phases of power are present. * Tighten any loose wires from fuses to the starter or from the overload to the motor. * Make sure the amp setting on the overload is correct.
Why won't my Excel Industrial Equipment motor start or why does it make a growling noise?
If the Excel Industrial Equipment motor won't start or makes a growling noise, it could be due to several reasons. First, check the power source for very low voltage or a single-phased condition, ensuring all three phases are present. Inspect the motor leads for continuity, cleaning and tightening them if necessary. Also, check the shaft for freeness of rotation, as the rotor or bearings might be locked. Finally, the starter coil might be burned out, requiring replacement.
How to fix excessive vibration in Excel Industrial Equipment?
To address excessive vibration in your Excel Industrial Equipment, consider these steps: * Check the alignment between the motor and pump, ensuring the motor mounting is tight and solid. * Disconnect the pump from the coupling and restart the motor. If the vibration stops, the unbalance is in the pump, and you should replace it. * Remove the coupling and restart the motor. If the vibration stops, the unbalance is in the coupling, and you should replace the coupling spider. * If the unbalance persists, the issue is likely in the motor itself. Check the bearings.
Why is my Excel Industrial Equipment motor running noisy?
If the Excel Industrial Equipment motor runs noisy, disconnect it from the pump coupling and check. If the noise doesn't stop, the bearings might be bad and need replacement. Alternatively, the pump or coupler might be faulty, so disconnect from the coupling and check those as well.
What to do if the Excel Industrial Equipment motor shuts off with the platen extended and won't return?
If the Excel Industrial Equipment motor shuts off with the platen in the extended position and won't return, check if a foreign object is holding the Rear limit switch arm open. Also, verify the pressure settings are correctly adjusted.
Why is my Excel Industrial Equipment pump making noise?
If the Excel Industrial Equipment pump is making noise, start by checking the oil level and adding oil if it's low. Also, inspect the intake pipe for any restrictions and clean it if necessary by flushing the system.
What to do if the Excel Industrial Equipment motor and pump run but the baler does not run?
If the Excel Industrial Equipment motor and pump run, but the baler doesn't, first add oil if the oil level is low. Check the Start Up and Testing section for checking motor rotation if the pump and motor rotation is incorrect. Replace the key and any damaged parts if the key sheared on the pump or motor shaft. Finally, replace couplers if the pump coupler separated or is bad.
What to do if the cutting edge of my Excel Industrial Equipment is not cutting?
If the cutting edge of your Excel Industrial Equipment is not cutting, the edge may be dull. Remove or replace the cutting edge and rotate as needed.
Describes the range of materials the baler can handle.
Details features like feed opening, shear blade, dogs, and interlocks.
Explains short stroke cycle and advanced control panel options.
Lists physical dimensions, weight, and operational space requirements.
Details hydraulic system components, pump, cylinders, and oil capacity.
Outlines motor type, voltage, phase, and enclosure ratings.
Provides hydraulic pressure, platen force, and cycle time metrics.
Lists typical bale weights for various recyclable materials.
Explains hazard warning symbols used in the manual.
Defines requirements for operators, training, and employer responsibilities.
Details the emergency stop button and safety switches.
Covers safety for hazardous substances, cleaning, and equipment startup.
Provides an overview of OSHA standards and employer responsibilities.
Outlines the step-by-step process for isolating energy sources.
Lists numbered parts and their descriptions for baler identification.
Details electrical wiring and voltage compatibility requirements.
Guidance on site selection and installation of parts like breather cap.
Safe procedures for connecting the baler to the main power supply.
Ensures proper setup and correct motor rotation before operation.
Tests baler controls, including forward, reverse, and emergency stop.
Outlines employer duties for safe operation, training, and inspections.
Introduces the control panel and describes the function of each control.
Details specific controls like power disconnect, emergency stop, and key switch.
Explains operation of buttons like Forward, Reverse, and Conveyor controls.
Step-by-step guide for performing a semi-automatic baling cycle.
Indicates bale completion and provides instructions for threading wire ties.
Instructions on how to tie the wire ends securely.
Indicates bale readiness and warns of safety hazards during ejection.
Step-by-step guide for safely ejecting the bale from the chamber.
Instructions for setting up and initiating automatic baling using photo eyes.
Warns about unattended operation and photo eye function.
Outlines employer duties and general maintenance recommendations.
Procedures for cleaning the baler and maintaining the hydraulic oil reservoir.
Details weekly, monthly, semiannual, and yearly maintenance tasks.
Lists common problems like jams, cutting edge issues, and slot alignment.
Addresses issues related to motor noise, vibration, and pump operation.
Covers problems with platen return and empty chamber cycling.
Procedures for rotating the cutting edge and setting platen clearance.
Instructions for adjusting rear, tie-off, short stroke, and front limit switches.
Guidance on adjusting pump compensator and relief valve pressures.
Steps for adjusting the photo eye sensor horizontally and vertically.
Lists and illustrates parts for the main baler assembly.
Diagram and parts list for the platen assembly.
Diagram and parts list for the hydraulic cylinders and hoses.
Diagram and parts list for hydraulic valves and fittings.
Diagrams and parts list for the pump and motor components.
Diagram and parts list for the reservoir and filter system.
Diagrams and parts lists for control box components (various models).
Diagram and parts list for the electrical enclosure contents.
Diagram and parts list for the limit switch rail assembly.
Diagram and parts list for the photo eye sensor assembly.
Lists decals with their part numbers and descriptions.
Checklists for weekly, semiannual, and yearly maintenance tasks.
Lists the available electrical schematic diagrams for different voltages.
Provides wiring diagrams for the main disconnect panel at various voltages.
Illustrates control power distribution and Micrologic system wiring.
Diagram showing the hydraulic system layout and components.
General| Brand | Excel |
|---|---|
| Model | EX62 |
| Category | Industrial Equipment |
| Language | English |
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