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Allen-Bradley 1734-SSI | Single-Channel SSI Input Module for Synchronous Serial Encoders
Overview
The Allen-Bradley 1734-SSI is a single-channel Synchronous Serial Interface (SSI) input module from the POINT I/O series, designed to connect SSI-based absolute encoders to Logix controllers. It supports 5V encoder power, position data acquisition, and synchronous data communication, making it ideal for high-precision motion and position applications.
Key Features
-
1 SSI Encoder Input Channel – Supports synchronous serial devices
-
5V Encoder Supply – Integrated power for encoder operation
-
High Resolution Input – Supports up to 32 bits of data
-
Selectable Clock Frequency – 100 kHz to 1 MHz
-
Compact Design – Ideal for distributed I/O architectures
-
POINT I/O Integration – Saves space and simplifies installation
-
Diagnostics and Status LEDs – Simplified troubleshooting
-
Compatible with Studio 5000 – Easy configuration in Logix environments
Technical Specifications
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Catalog Number: 1734-SSI
-
Input Type: SSI (Synchronous Serial Interface)
-
Channel Count: 1
-
Encoder Supply Voltage: 5V DC ±5%
-
Clock Frequency: 100 kHz to 1 MHz (configurable)
-
Data Resolution: Up to 32 bits
-
Current Draw: 105 mA @ 5V DC, 115 mA @ 24V DC
-
Isolation Voltage: 50V continuous
-
Mounting: DIN rail (with POINT I/O terminal base)
-
Operating Temperature: -20°C to +55°C (-4°F to 131°F)
-
Certifications: UL, CE, CSA, RoHS
Applications
-
High-Precision Positioning Systems
-
Robotic Arm Encoders
-
Packaging and Material Handling
-
Machine Tool Feedback
-
Motion Control in Distributed I/O Environments
Why Choose the 1734-SSI?
-
Reliable Encoder Integration – Accurate position feedback for Logix-based systems
-
Compact POINT I/O Form Factor – Ideal for space-limited panels
-
Flexible Clock Rates and Data Lengths – Supports a wide range of encoders
-
Quick Diagnostics – LED indicators reduce downtime
-
Ideal for Distributed Architectures – Mounts close to sensors/motors to minimize wiring
Order Now
Available and ready for global delivery.
Description
Allen-Bradley 1734-SSI | Single-Channel SSI Input Module for Synchronous Serial Encoders
Overview
The Allen-Bradley 1734-SSI is a single-channel Synchronous Serial Interface (SSI) input module from the POINT I/O series, designed to connect SSI-based absolute encoders to Logix controllers. It supports 5V encoder power, position data acquisition, and synchronous data communication, making it ideal for high-precision motion and position applications.
Key Features
-
1 SSI Encoder Input Channel – Supports synchronous serial devices
-
5V Encoder Supply – Integrated power for encoder operation
-
High Resolution Input – Supports up to 32 bits of data
-
Selectable Clock Frequency – 100 kHz to 1 MHz
-
Compact Design – Ideal for distributed I/O architectures
-
POINT I/O Integration – Saves space and simplifies installation
-
Diagnostics and Status LEDs – Simplified troubleshooting
-
Compatible with Studio 5000 – Easy configuration in Logix environments
Technical Specifications
-
Catalog Number: 1734-SSI
-
Input Type: SSI (Synchronous Serial Interface)
-
Channel Count: 1
-
Encoder Supply Voltage: 5V DC ±5%
-
Clock Frequency: 100 kHz to 1 MHz (configurable)
-
Data Resolution: Up to 32 bits
-
Current Draw: 105 mA @ 5V DC, 115 mA @ 24V DC
-
Isolation Voltage: 50V continuous
-
Mounting: DIN rail (with POINT I/O terminal base)
-
Operating Temperature: -20°C to +55°C (-4°F to 131°F)
-
Certifications: UL, CE, CSA, RoHS
Applications
-
High-Precision Positioning Systems
-
Robotic Arm Encoders
-
Packaging and Material Handling
-
Machine Tool Feedback
-
Motion Control in Distributed I/O Environments
Why Choose the 1734-SSI?
-
Reliable Encoder Integration – Accurate position feedback for Logix-based systems
-
Compact POINT I/O Form Factor – Ideal for space-limited panels
-
Flexible Clock Rates and Data Lengths – Supports a wide range of encoders
-
Quick Diagnostics – LED indicators reduce downtime
-
Ideal for Distributed Architectures – Mounts close to sensors/motors to minimize wiring
Order Now
Available and ready for global delivery.