| Attribute | Value |
|---|---|
| Maker | INOR |
| Model | IPAQ-LX |
| Part No. | 70IPLX0001 |
| Certification | DEMKO 03 ATEX 134461X |
| Marking | II (1) G [EX IA] IIC |
| Max Ambient Temperature | 70°C |
| Ui | 30 V |
| Li | 100 mA |
| Pi | 0.9 W |
| Ci | 1 nF |
| Li (Input) | 0 mH |
| Uo | 30 V |
| Io | 27 mA |
| Lo | 50 mH |
| Co | 52 nF |
| Description | Temperature Transmitter Remote Mounted, INOR Make |
| Amos No. | 390.140.01.150 |
| Maker’s No. | INO-IPAQ-LX701PLX0001-001, EXI |
| Country of Origin | Sweden |
| Weight | 60 gm |
| Condition | New (3 Pcs) |
| Ref No. | 53070 |
What is INOR IPAQ-LX Temperature Transmitter?
The INOR IPAQ-LX Temperature Transmitter is a very reliable, high-performance transmitter for converting temperature sensor signals-as might be obtained, for instance, from RTDs or thermocouples-into standardized analog outputs. Developed by INOR, a global leader in industrial temperature measurement, the IPAQ-LX ensures accurate transmission of signals even in challenging environmental conditions.
Commonly used for interfacing of temperature sensors with control systems like PLCs, DCS, and recorders for accurate monitoring and control of industrial processes.
It features long-term stability, excellent linearity, and electrical isolation, making it ideal for industrial automation and marine applications where performance must be reliably accurate.
Key Features of INOR IPAQ-LX Temperature Transmitter
Universal Input Compatibility: Accepts a wide range of sensors such as RTD (Pt100, Pt1000), thermocouples, mV, and resistance inputs.
High accuracy and stability: delivers accurate temperature readings over wide ranges with minimum long-term drift.
Galvanic Isolation: Protects against ground loops and electrical interference, enhancing signal integrity.
Configurable Output: Includes a linear 4–20 mA analog output that can interface directly with any control or monitoring system.
Easy Configuration – Easily programmable by using INOR software or hand-held communicators to swiftly set up and calibrate.
Ruggedized design to operate under extreme industrial conditions: resistant to vibrations, humidity, and temperature changes.
EMC & Safety Compliance: Meets international standards in electromagnetic compatibility and industrial safety.
Wide Power Supply Range: Operates on standard DC power, suitable for flexible installation options.
Diagnostic: In-built monitoring and fault detection ensure process reliability and give early warnings for maintenance.
Compact Form Factor: Space-saving design ideal for panel mounting or confined system enclosures.
Applications of INOR IPAQ-LX Temperature Transmitter
The INOR IPAQ-LX is widely used across industries where precision temperature control and process reliability are important:
Industrial Automation:
Applied in plants for manufacturing and processing to assure precision in the temperature feedback of control loops and safety systems.
Marine and Offshore Applications:
Perfect for ship engines, ballast systems, and deck machinery where reliable temperature data is important in saline and high-vibration environments.
Oil & Gas Industry:
Monitors critical processes such as heat exchangers, refineries, and gas compressors, where accurate temperature measurement provides for safety and efficiency.
Chemical and Pharmaceutical Production:
Maintains the precision of thermal conditions during chemical reactions or drug formulation for consistent product quality.
Food and Beverage Industry: Ensures hygiene and process consistency during thermal processes like pasteurization or sterilization.
Power Generation and Energy Plants: Used in turbines, boilers, and cooling systems to monitor and regulate thermal performance.
HVAC and Environmental Systems: Regulates heating and cooling processes in industrial HVAC for energy efficiency and comfort.
Why Choose INOR IPAQ-LX Temperature Transmitter?
Invest in precision, reliability, and durability with the INOR IPAQ-LX. Particularly outstanding is the universal input range, robustness, and stability of the IPAQ-LX over the long term. Its reputation for engineering excellence at INOR is ensured, and such a transmitter performs faultlessly, even under the demanding conditions prevalent in industry and marine applications.
