| Input Signal: | |
|---|---|
| Output Signal : | |
| Channel: | Please select |
| Power Supply : | Please select |
| SKU: | |
| Availability: | |
| Quantity: | |
The GLC series features an innovative two-part design: a fixed wiring base and a removable functional module. This allows technicians to extract the active isolator unit directly from its base without disconnecting any field wiring or disturbing the surrounding cabinet layout. By eliminating the need to unscrew terminals, this design significantly accelerates replacement work and minimizes the risk of accidentally loosening adjacent wire connections. A clearer, tool-free plug-in maintenance path shortens system downtime during service intervals, keeps cabinet wiring strictly organized, and allows engineers to restore the analog signal loop with minimal disruption to the overall industrial control process.
Beyond basic transmission, it acts as a reliable barrier against electrical noise, ground loops, and interference, delivering clean, isolated signals to downstream equipment. This comprehensive compatibility enables engineers to connect varied field instruments to standard PLC analog input modules or indicators using a single product family. Instead of redesigning the signal chain or procuring distinct isolator models for every unique instrument, procurement teams can standardize on the GLC series. Selecting the appropriate input and output combination within the same uniform module structure ensures easier system matching, cleaner cabinet integration, and significantly fewer compatibility hurdles during site commissioning or equipment upgrades.
More reliable under unstable field signal fluctuations
Field signal fluctuations, temporary voltage surges, and abnormal process conditions are common challenges in heavy industrial environments. The GLC signal isolator is built with robust internal circuitry designed to tolerate severe electrical stress, offering 2× continuous overload protection and the ability to withstand a 5× overload for up to 10 seconds.
Working Principle Diagram
Input Load / Input Impedance:Current ≤ 50 Ω; Voltage ≥ 300 kΩ
Maximum Output Load Resistance:Current ≤ 500 Ω; Voltage ≥ 10 kΩ
Response Time:≤ 10 ms
Temperature Drift (ppm/℃):5 ppm/°C
Linearity Error:≤±0.1% FS
Zero & Span Adjustment:Side-mounted adjustable potentiometer
Support Reverse Signal:Supports 20–4 mA, 0–10 V
Transmitter Power Supply:DC 24 V power supply standard across the entire series
Isolation Mode(Input / Output / Power):Three-terminal electromagnetic isolation
Dielectric Withstand Voltage:2500 V AC
Insulation Resistance:≥100 MΩ
Dimension Chart
L*W*H : 122mm x 18mm x 96mm
Wiring Diagram