Accessories, Leica

Price: $49.99 | Compatible Model: Leica GR1200 GNSS Reference Station, GRX1200, GS10/GS15, RX1200 System 1200 Series Receiver, Connect Desktop & Laptop PC
This factory-spec GEV160 serial communication cable fixes common GNSS office connection issues: intermittent RS232 data sync, unrecognized GR1200 receiver by computer, damaged original factory cable, unstable raw observation data export, failed receiver firmware upgrade, loose connector contact causing signal loss, and signal interference from workshop power equipment. Fully replicates original pin assignment to realize reliable two-way data transmission between Leica GNSS base stations and computers.

Product Overview

The Leica GEV160 data cable with official OEM number 733280 is a dedicated 1.8-meter RS232 serial lead customized exclusively for Leica GR1200 permanent GNSS reference receivers. One end is Lemo 0B 5-pin male plug matching GR1200 instrument data port, the other end is standard DB9 female RS232 serial port for direct PC connection. Adopting double-layer shielded pure copper wire core and wear-resistant anti-UV PUR outer sheath, this cable effectively isolates electromagnetic interference from power transformers, industrial machines and vehicle circuits. Reinforced rubber strain relief is added at both connector roots to prevent internal wire fracture from frequent plugging, pulling and bending during long-term indoor and field monitoring tasks.

Core Advantages & Practical Structural Design

• Standard configuration: Lemo 5Pin Male to DB9 RS232 Female, direct replacement for original GEV160 factory cable
• 1.8m extended total length, flexible layout for fixed GR1200 base station and desktop PC without tension on ports
• 100% original factory pinout matching, supports raw GNSS data download, coordinate parameter setup and firmware update
• Full double shielding construction, greatly reduces serial signal attenuation and data packet loss in complex electromagnetic environments
• Flexible anti-aging PUR cable jacket, durable against dust, moisture and temperature changes all year round
• Thickened anti-break rubber reinforcement at connectors, long service life for repeated plug and unplug operations
• Widely compatible with GRX1200, GS10, GS15, RX1200 alongside core GR1200 reference station
• Compatible matching accessory: Trimble TSC3 / TSC2 Yellow Nylon Carrying Case ($25, 0.2kg, 18 × 12 × 10 cm)
• Lightweight foldable design, easy to fold and store in front accessory pouch together with other serial wires and antenna brackets

Reliable GNSS Data Transmission & Application Scenarios

Essential data communication accessory for CORS reference station construction, deformation long-term monitoring, geodetic control network measurement, mine safety monitoring and engineering foundation settlement observation projects. Survey technicians use GEV160 cable to transfer continuous GNSS observation data stored inside GR1200 receivers to computers for post-processing, orbit analysis and data archiving; it also supports offline firmware upgrading and receiver communication parameter configuration. Organize this RS232 data cable and other small survey peripherals in our high-visibility yellow nylon data collector case; reinforced canvas belt loop supports waist hanging for convenient field transport.

Product Specifications

Matching Survey Accessory: Trimble TSC3 / TSC2 Carrying Case ($25)Made of thick tear-proof nylon fabric, this bright yellow field protective bag protects Trimble TSC2 & TSC3 handheld data collectors from scratches, dirt and minor impact damage. Equipped with solid canvas belt loop for waist mounting, the independent front storage compartment holds GEV160 RS232 data cables, GEV series power wires, GAD antenna arms and screen protectors. 20 units available in warehouse for immediate worldwide shipping.Browse more Leica GNSS serial communication cables, power leads, RF coaxial antenna wires and receiver spare parts on xsurveying.com. We supply full series OEM-standard survey wiring accessories to guarantee stable serial data transmission and smooth geodetic monitoring measurement workflows.