During technical comparisons, 2SC3D11CC3 appears alongside Autonics Timers, GIC Temperature Controller and GIC 12Rdt4 so engineers assess signal types, ingress protection, and ambient tolerances accurately.
GIC 2SC3D11CC3 Gateway
The GIC 2SC3D11CC3 Gateway offers 24 V DC supply voltage, -10Β°C to +55Β°C operating temperature, 22.5 X 83 X 100.5 dimension (W x H x D) , Din Rail Mounting mounting. Manufactured by GIC under the GIC Gateway category, this model belongs to the GIC SC Series.

| Brand | GIC |
| Product Type | Gateway |
| Model Number | 2SC3D11CC3 |
GIC 2SC3D11CC3 Gateway β Technical Specifications
| Specification | Value |
|---|---|
| Supply Voltage | 24 V DC |
| Supply Variation | -15% to +15% |
| Power Consumption (Max.) | 4 VA |
| Input Signal | 0-10V DC, 2-10V DC, 0-20mA DC, 4-20mA DC |
| Input Impedance | Voltage I/P - 100 Ohm approx, Current I/P - 100 Ohm approx |
| Output Signal | 0-10VDC, 2-10VDC (min. 1 kOhm load) 0-20mA DC,4-20mA DC (max. 500 Ohm load) |
| Accuracy | 1% of full Scale |
| Offset | Β± 5% of full scale Adjustable |
| Gain | Β± 10% of full scale Adjustable |
| Linearity | <0.02% of full scale |
| Input supply reverse polarity | Yes |
| Input signal reverse polarity | Yes |
| Output short circuit current | <25mA (Output Voltage mode) |
| Output open circuit voltage | (12-14)VDC (Output Current mode) |
| LED Indications | GREEN LED: Power ON |
| Operating Temperature | -10Β°C to +55Β°C |
| Storage Temperature | -15Β°C to +60Β°C |
| Humidity (Non Condensing) | 95% (Rh) |
| Enclosure | Flame Retardant UL94-V0 |
| Dimension (W x H x D) (in mm) | 22.5 X 83 X 100.5 |
| Weight (unpacked) | 130 g |
| Mounting | Din Rail Mounting |
| Degree of Protection | IP 20 for Terminals, IP 40 for Enclosure |
The GIC 2SC3D11CC3 Gateway is engineered to provide accurate and dependable conversion of analog signals for industrial automation systems. Operating on a 24 V DC supply with Β±15% variation, it maintains efficiency with a low maximum power consumption of 4 VA. The device accepts multiple input signals, including 0β10V DC, 2β10V DC, 0β20mA DC, and 4β20mA DC, and provides equivalent voltage or current outputs with high accuracy at 1% of full scale. Built with adjustable gain (Β±10%) and offset (Β±5%), it allows fine-tuning for specific applications. With linearity better than 0.02%, reverse polarity protection on both supply and signals, and short-circuit/over-voltage safeguards, the 2SC3D11CC3 ensures robust and fault-tolerant performance. Its compact 22.5 Γ 83 Γ 100.5 mm DIN-rail mountable design with flame-retardant UL94-V0 enclosure offers durability and safety. The terminal rating of IP20 and enclosure rating of IP40 provide solid protection, while an LED indicator confirms reliable power status. Designed to operate between -10Β°C to +55Β°C with up to 95% RH, this gateway remains dependable even in harsh industrial conditions.
Applications of the 2SC3D11CC3 Signal Transducer include PLC-based automation, process control systems, and energy management setups where accurate analog signal conversion is critical. It is widely used in manufacturing plants, HVAC systems, utilities, and test benches, where engineers require precise interfacing between field devices and control equipment. Maintenance engineers benefit from its reverse polarity protection and rugged design, reducing downtime caused by wiring errors or harsh environments. For training centers and engineering students, this model demonstrates how gateways enable smooth communication between analog signals and digital control systems. Lightweight at just 130 g, it supports flexible integration while maintaining reliable performance in complex automation networks.
Backed by GICβs expertise in industrial automation, the 2SC3D11CC3 Gateway delivers long-lasting reliability, strong safety features, and precise conversion capability. With its multi-signal compatibility, robust protection, and compact build, it stands as a trusted choice for industries, system integrators, and automation professionals looking to enhance signal management in modern control architectures.




