Sony LZ40-10 Dro Accessory Cable 32.81 Ft

Product Description

The SONY LZ40-10 is a DRO (Digital Readout) accessory cable measuring 32.81 feet in overall length. DRO cables connect encoder scales to digital readout display units on precision machining equipment such as mills, lathes, and surface grinders. At 0.65 pounds, the LZ40-10 is a lightweight cable assembly suited for shop floor installation. Technicians working with CNC and manual machine tool setups rely on properly rated DRO cables to maintain accurate position feedback between the scale and the readout head.

This cable is intended for use in machine tool environments where a DRO system requires a long-run connection between the linear encoder and the readout display. The 32.81-foot length accommodates larger machine envelopes or routing paths that require extra cable run. Installation is typically performed by machine tool technicians or industrial electricians familiar with DRO system wiring and encoder signal integrity requirements.

Key Features

• 32.81-foot overall length accommodates extended cable routing on large machine tools
• Lightweight at 0.65 pounds for easy handling and installation
• Designed as a DRO system accessory for encoder-to-display connections
• Single-unit packaging for direct replacement or new installation use

Compatibility

Designed as an OEM-style DRO accessory cable for use with compatible SONY digital readout systems requiring the LZ40-10 cable specification. Verify connector type and pin configuration against your existing DRO hardware before installation.

Installation Notes

Installation should be performed by a qualified machine tool technician or industrial electrician. Power down the DRO display unit and disconnect the machine from its power source before disconnecting or connecting any encoder cables. Route cables away from coolant lines, chip conveyors, and high-voltage conduit to protect signal integrity. Secure cable runs with appropriate cable management hardware to prevent mechanical damage during machine operation.