

1734-IR2E | Allen Bradley POINT I/O Analog Temperature Input Module
- Regular price
- $287.00
- Sale price
- $287.00
- Regular price
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Product Description P/N: 1734-IR2E
Description
The Allen-Bradley 1734-IR2E is a POINT I/O Analog Temperature Input Module with two high-resolution RTD inputs. It features 16-bit input resolution, supports a signed integer data format, and has a power dissipation of 1 watt.
Technical Specifications
Condition | New/Never Used Surplus |
Brand | Allen Bradley |
Category | PLCs and Accessories |
Part Number |
1734-IR2E |
Subcategory | PLC Expansion Modules |
Series | POINT I/O |
Module Type | Analog Temperature Input Module |
Inputs | 2 high resolution RTD |
Data Format | Signed Integer |
Input Resolution | 16 bits |
Isolation Voltage | 50 Volts Continuous |
Power Dissipation | 1 Watt |
Thermal Dissipation | 3.3 BTU/hour |
Dimensions | 2.21 x 0.47 x 2.97 inches |
Information About 1734-IR2E
The 1734-IR2E is a compact and efficient Analog Temperature Input Module from Allen-Bradley’s POINT I/O series, designed for precise temperature measurement. With two high-resolution RTD inputs, it provides reliable and accurate readings for industrial applications. The module’s 16-bit input resolution ensures detailed and precise data acquisition. It supports a signed integer data format and operates with an isolation voltage of 50 volts continuous for enhanced safety. Its power dissipation is limited to 1 watt, making it energy-efficient and suitable for space-constrained setups.
Key Features:
- Inputs: Two high-resolution RTD inputs for accurate temperature monitoring.
- Data Format: Signed integer format for efficient data handling.
- Resolution: 16-bit input resolution for precise temperature measurement.
- Isolation Voltage: 50 volts continuous for operational safety.
- Power Dissipation: Low power consumption of 1 watt.
- Compact Design: Fits seamlessly into POINT I/O systems for easy integration.
The Allen-Bradley 1734-IR2E is a reliable and efficient solution for temperature monitoring in industrial environments. Its high resolution and low power consumption make it an excellent choice for applications requiring precise and energy-efficient performance.
Description
The Allen-Bradley 1734-IR2E is a POINT I/O Analog Temperature Input Module with two high-resolution RTD inputs. It features 16-bit input resolution, supports a signed integer data format, and has a power dissipation of 1 watt.
Technical Specifications
Condition | New/Never Used Surplus |
Brand | Allen Bradley |
Category | PLCs and Accessories |
Part Number |
1734-IR2E |
Subcategory | PLC Expansion Modules |
Series | POINT I/O |
Module Type | Analog Temperature Input Module |
Inputs | 2 high resolution RTD |
Data Format | Signed Integer |
Input Resolution | 16 bits |
Isolation Voltage | 50 Volts Continuous |
Power Dissipation | 1 Watt |
Thermal Dissipation | 3.3 BTU/hour |
Dimensions | 2.21 x 0.47 x 2.97 inches |
Information About 1734-IR2E
The 1734-IR2E is a compact and efficient Analog Temperature Input Module from Allen-Bradley’s POINT I/O series, designed for precise temperature measurement. With two high-resolution RTD inputs, it provides reliable and accurate readings for industrial applications. The module’s 16-bit input resolution ensures detailed and precise data acquisition. It supports a signed integer data format and operates with an isolation voltage of 50 volts continuous for enhanced safety. Its power dissipation is limited to 1 watt, making it energy-efficient and suitable for space-constrained setups.
Key Features:
- Inputs: Two high-resolution RTD inputs for accurate temperature monitoring.
- Data Format: Signed integer format for efficient data handling.
- Resolution: 16-bit input resolution for precise temperature measurement.
- Isolation Voltage: 50 volts continuous for operational safety.
- Power Dissipation: Low power consumption of 1 watt.
- Compact Design: Fits seamlessly into POINT I/O systems for easy integration.
The Allen-Bradley 1734-IR2E is a reliable and efficient solution for temperature monitoring in industrial environments. Its high resolution and low power consumption make it an excellent choice for applications requiring precise and energy-efficient performance.
