Carlo Gavazzi Dupline Fieldbus Input Module G50102206 G50101106

Carlo Gavazzi G50102206 – Dupline-Powered Dual-Channel Digital Input Module

The Carlo Gavazzi G50102206 is a high-performance, dual-channel digital input module designed for the Dupline® two-wire fieldbus system. As a bus-powered transmitter in a compact Mini-E housing, this module acquires field switch signals from dry contacts, PNP, or NPN devices and converts them into Dupline bus signals for stable, long-distance transmission. It is especially well suited for applications where no local power supply is available.

Key Features

Dual-Channel Digital Input – The module features two independent digital input channels, supporting dry contact, PNP, and NPN signal inputs. It quickly responds to input state changes, ensuring accurate and stable data acquisition.

Dupline Bus-Powered – The G50102206 is powered directly by the Dupline two-wire bus, eliminating the need for an external power supply. This significantly reduces wiring complexity and installation costs.

Ultra-Long Distance Transmission – Leveraging Dupline's low-frequency carrier technology, the module supports communication distances of up to 10 kilometers per bus segment, far exceeding traditional fieldbus systems.

Mini-E Housing with Flexible Mounting – The compact Mini-E housing supports both direct wall mounting and 35mm DIN rail mounting (via DIN-rail adapter), enabling rapid deployment in various industrial environments.

Built-in Pulse Prolongation – An integrated pulse prolongation function prevents signal loss caused by mechanical contact bouncing or short pulses, ensuring even short input pulses are transmitted reliably.

Superior Noise Immunity – The Dupline system employs low-frequency current-driven communication, offering exceptional resistance to electromagnetic interference from variable frequency drives, motors, and high-voltage cables.

IP20 Protection Rating – Rated IP20, the module is suitable for installation in control cabinets and industrial control environments.

Wide Operating Temperature Range – The module operates reliably in temperatures ranging from -20°C to +50°C.

RoHS Compliant & SVHC-Free – The G50102206 is RoHS compliant and contains no Substances of Very High Concern (SVHC).

Technical Specifications

Applications

The G50102206 dual-channel input module is ideally suited for a wide range of industrial and building automation applications:

• Industrial Automation Systems – Distributed I/O control on production lines, packaging machinery, and conveyor systems
• Water Treatment & Environmental Engineering – Remote status monitoring of pumps, valves, and level sensors
• Building Automation – Lighting control, security systems, and HVAC monitoring
• Power & Energy Monitoring – Solar/wind farm remote equipment monitoring, substation monitoring
• Remote Distributed Control – Ideal for scenarios with long wiring distances and dispersed field points

Why Choose the G50102206?

• Reduce Wiring Costs – Two-wire power and communication significantly lower cabling complexity and material costs
• Enhance System Reliability – Exceptional noise immunity ensures stable signal transmission even in harsh industrial environments
• Simplify Installation – Compact design with flexible mounting options enables quick and easy deployment
• Proven Technology – Backed by Carlo Gavazzi's decades of expertise in industrial automation and fieldbus technology

The Carlo Gavazzi G50102206 Dupline dual-channel input module delivers a robust, cost-effective, and reliable solution for digital signal acquisition in distributed control systems, making it the smart choice for engineers seeking to optimize their fieldbus infrastructure.

Carlo Gavazzi G50101106 – Dupline-Powered Single-Channel Input Module

Product Title

Carlo Gavazzi G50101106 Dupline-Powered Single-Channel Contact Input Module – Mini-E Housing, DIN Rail or Wall Mount, IP20

Product Keywords

1. Carlo Gavazzi G50101106
2. Dupline Single-Channel Input Module
3. 1-Channel Digital Transmitter
4. Bus-Powered Fieldbus I/O Module

Product Detailed Introduction

Carlo Gavazzi G50101106 – Dupline-Powered Single-Channel Digital Input Module

The Carlo Gavazzi G50101106 is a high-performance, single-channel digital input module designed for the Dupline® two-wire fieldbus system. As a bus-powered transmitter in a compact Mini-E housing, this module acquires field switch signals from dry contact, PNP, or NPN devices and converts them into Dupline bus signals for stable, long-distance transmission. It is especially well suited for applications where no local power supply is available.

Key Features

Single-Channel Digital Input – The module features one independent digital input channel, supporting dry contact, PNP, and NPN signal inputs. It quickly responds to input state changes, ensuring accurate and stable data acquisition.

Dupline Bus-Powered – The G50101106 is powered directly by the Dupline two-wire bus, eliminating the need for an external power supply. This significantly reduces wiring complexity and installation costs, making it especially well suited for locations where no power supply is available.

Ultra-Long Distance Transmission – Leveraging Dupline's low-frequency carrier technology, the module supports communication distances of up to 10 kilometers per bus segment.

Mini-E Housing with Flexible Mounting – The compact Mini-E housing supports both direct wall mounting and 35mm DIN rail mounting (via DIN-rail adapter), enabling rapid deployment in various industrial environments.

Built-in Pulse Prolongation – An integrated pulse prolongation function prevents signal loss caused by mechanical contact bouncing or short pulses, ensuring that even short input pulses are transmitted reliably.

Codeable LED Output – The built-in LED output can be coded for any Dupline channel address to indicate the status of the channel, providing clear visual feedback on the input state.

Superior Noise Immunity – The Dupline system employs low-frequency current-driven communication, offering exceptional resistance to electromagnetic interference from variable frequency drives, motors, and high-voltage cables.

IP20 Protection Rating – Rated IP20, the module is suitable for installation in control cabinets and industrial control environments.

Touch-Safe Design – The module features a touch-safe design that prevents accidental contact with moving parts, enhancing safety during installation and maintenance.

Wide Operating Temperature Range – The module operates reliably across a wide range of industrial conditions.

RoHS Compliant & SVHC-Free – The G50101106 is RoHS compliant and contains no Substances of Very High Concern (SVHC).

Technical Specifications

Applications

The G50101106 single-channel input module is ideally suited for a wide range of industrial and building automation applications:

• Industrial Automation Systems – Distributed I/O control on production lines, packaging machinery, and conveyor systems
• Water Treatment & Environmental Engineering – Remote status monitoring of pumps, valves, and level sensors
• Building Automation – Lighting control, security systems, and HVAC monitoring
• Power & Energy Monitoring – Remote equipment monitoring in solar farms, wind farms, and substations
• Remote Distributed Control – Ideal for scenarios with long wiring distances and dispersed field points, especially where no local power supply is available

Why Choose the G50101106?

• Reduce Wiring Costs – Two-wire power and communication significantly lower cabling complexity and material costs
• Enhance System Reliability – Exceptional noise immunity ensures stable signal transmission even in harsh industrial environments
• Simplify Installation – Compact design with flexible mounting options enables quick and easy deployment
• Visual Status Indication – Codeable LED output provides immediate visual feedback on input channel status
• Proven Technology – Backed by Carlo Gavazzi's decades of expertise in industrial automation and fieldbus technology

The Carlo Gavazzi G50101106 Dupline single-channel input module delivers a robust, cost-effective, and reliable solution for digital signal acquisition in distributed control systems, making it the smart choice for engineers seeking to optimize their fieldbus infrastructure.