To Next PageTo Next PageWhy is my Jet GH-1640ZK overheating?
If your Jet Lathe is overheating, it might be bogging down in the cut due to an excessive feed rate or depth of cut. Try decreasing the feed rate or depth of cut.
Why does my Jet GH-1640ZK have excessive machine vibration?
Excessive vibration in your Jet Lathe can stem from several issues: * An unbalanced workpiece. Try reducing the spindle speed. * Workpiece deflection. Adjust the chucking length or diameter, or use support on the tailstock end. * Tool deflection. Reduce the tool length. * Backlash on the slide ways/gibs. Adjust the backlash. * Dry slides. Properly lubricate the slides/ways. * A dull tool edge. Resharpen or replace the tool. * A high chip load. Reduce the depth of cut or feed rate. * Spindle bearings out of adjustment. Adjust the bearings. * Misaligned V-belts. Inspect and correct the belt alignment.
What to do if the tool tip burns on my Jet GH-1640ZK?
If the tool tip is burning on your Jet Lathe, consider these factors: * The cutting speed might be too high; reduce the speed. * The tool may be dull; resharpen or replace it.
Why does the spindle lack turning power or start up slowly on my Jet Lathe?
If the spindle on your Jet Lathe lacks turning power or starts up slowly, it could be due to slipping belts. Try tightening the belts.
Why does my Jet GH-1640ZK Lathe turn a taper?
If your Jet Lathe is turning a taper, it could be due to: * The tailstock not being aligned with the headstock. Align the tailstock. * The lathe bed being twisted. Correct this by leveling the lathe.
What to do if carriage, cross slide or compound rest move with difficulty on Jet GH-1640ZK Lathe?
If the carriage, cross slide, or compound rest on your Jet Lathe move with difficulty: * Ensure the carriage lock is released. * Adjust the gibs using the gib screws if they are too tight. * Clean the bed ways and verify they are being properly lubricated if they have shavings/debris or are dry.
Why is there no automatic power feed on my Jet GH-1640ZK?
If there is no automatic power feed on your Jet Lathe, the shear pin may be broken. Replace the shear pin.
What to do if my Jet Lathe will not start?
If your Jet Lathe won't start, here are a few things to check: * Ensure the lathe has electrical power and the wiring is correct by verifying the incoming power, main leads, and main switch. * Make sure the emergency stop switch is not pressed. Rotate it clockwise to release. * Confirm the end gear cover is closed, as an open cover can activate a limit switch. * Inspect the main electrical box for blown fuses and replace them if necessary. * Check for blown fuses or tripped circuit breakers at the power source and reset them. Ensure the incoming power is suitable for the lathe. * If none of the above steps solve the issue, have an electrician test the on/off switch, motor, or cable for defects. * Inspect the foot brake switch and replace it if faulty. * Reset the thermal r...
How to obtain service and repair for your JET product.
Details on warranty exclusions and restrictions.
Essential safety rules for operating the lathe safely.
Clarifies the meaning of CAUTION and WARNING symbols in the manual.
Lists overall physical and operational capacities of the lathe.
Details motor power, voltage, phase, and electrical component ratings.
Specifies spindle bore, mount, taper, speeds, and chuck details.
Provides dimensions for carriage travel and gearbox feed rates.
Includes tailstock travel, rest capacities, tank capacity, and noise levels.
Illustrates the layout and dimensions for mounting the lathe.
Describes the primary structural parts of the lathe.
Details the feed gearbox, carriage, apron, saddle, and cross slide.
Explains the tailstock, leadscrew, feed rod, and related controls.
Describes steady/follow rests, work lamp, coolant nozzle, and foot brake.
Lists all parts included in the lathe's shipping package.
Instructions for ensuring precise leveling for optimal lathe performance.
Procedures for completing the lathe's assembly and preparation.
Steps for preparing and installing the lathe chucks.
Guidance for the initial operational phase to ensure component longevity.
Identifies all lubrication points for daily maintenance of the lathe.
Steps for filling and preparing the coolant system for operation.
Crucial safety warnings and requirements for connecting the lathe to power.
Details the power, coolant, jog, and emergency stop buttons.
Explains levers and knobs for spindle speed and feed direction.
Describes operation of carriage lock, handwheel, and feed engagement.
Explains the threading dial, tailstock traverse, and clamping levers.
Details the function and use of the foot brake and micro carriage stop.
Proper methods for setting up cutting tools for optimal results.
Guidance on choosing appropriate speeds and feeds for different materials.
Step-by-step instructions for performing thread cutting operations accurately.
Procedures for adjusting chuck jaws and gibs to reduce backlash.
How to adjust tailstock for tapers and manage the gap section.
Instructions for adjusting drive belts and aligning key components.
Details on adjusting slide nuts, replacing shear pins, and setting rests.
Common causes and remedies for power and spindle issues.
Solutions for excessive vibration, overheating, and inaccurate cuts.
Troubleshooting steps for issues with power feed and carriage movement.
A detailed table outlining lubrication points and maintenance frequency.
A reference table for selecting inch lead and feed rates based on lever positions.
How to obtain service and repair for your JET product.
Details on warranty exclusions and restrictions.
Essential safety rules for operating the lathe safely.
Clarifies the meaning of CAUTION and WARNING symbols in the manual.
Lists overall physical and operational capacities of the lathe.
Details motor power, voltage, phase, and electrical component ratings.
Specifies spindle bore, mount, taper, speeds, and chuck details.
Provides dimensions for carriage travel and gearbox feed rates.
Includes tailstock travel, rest capacities, tank capacity, and noise levels.
Illustrates the layout and dimensions for mounting the lathe.
Describes the primary structural parts of the lathe.
Details the feed gearbox, carriage, apron, saddle, and cross slide.
Explains the tailstock, leadscrew, feed rod, and related controls.
Describes steady/follow rests, work lamp, coolant nozzle, and foot brake.
Lists all parts included in the lathe's shipping package.
Instructions for ensuring precise leveling for optimal lathe performance.
Procedures for completing the lathe's assembly and preparation.
Steps for preparing and installing the lathe chucks.
Guidance for the initial operational phase to ensure component longevity.
Identifies all lubrication points for daily maintenance of the lathe.
Steps for filling and preparing the coolant system for operation.
Crucial safety warnings and requirements for connecting the lathe to power.
Details the power, coolant, jog, and emergency stop buttons.
Explains levers and knobs for spindle speed and feed direction.
Describes operation of carriage lock, handwheel, and feed engagement.
Explains the threading dial, tailstock traverse, and clamping levers.
Details the function and use of the foot brake and micro carriage stop.
Proper methods for setting up cutting tools for optimal results.
Guidance on choosing appropriate speeds and feeds for different materials.
Step-by-step instructions for performing thread cutting operations accurately.
Procedures for adjusting chuck jaws and gibs to reduce backlash.
How to adjust tailstock for tapers and manage the gap section.
Instructions for adjusting drive belts and aligning key components.
Details on adjusting slide nuts, replacing shear pins, and setting rests.
Common causes and remedies for power and spindle issues.
Solutions for excessive vibration, overheating, and inaccurate cuts.
Troubleshooting steps for issues with power feed and carriage movement.
A detailed table outlining lubrication points and maintenance frequency.
A reference table for selecting inch lead and feed rates based on lever positions.
General| Spindle Nose | D1-6 |
|---|---|
| Voltage | 230V |
| Swing Over Bed | 16 inches |
| Distance Between Centers | 40 inches |
| Phase | 3 |
