Description
| Product model | 88TK50-E GJR2397000R1210 |
| Manufacturer | ABB |
| Product category | Temperature Transmitter / Signal Converter |
| Input Signal | Pt100 RTD (3-Wire Configuration) |
| Output Signal | 4-20 mA DC (2-Wire) |
| Measurement Range | -200 °C to +600 °C |
| Accuracy Class | ±0.1% |
| Power Supply | 12-35 VDC |
| Operating Temperature | -40 °C to +85 °C |
| Installation Method | DIN Rail Mounting |
| Safety Certification | IEC 61508 SIL2 Certified |
| Configuration Method | DIP Switch Adjustable |
Product Introduction
The ABB 88TK50-E GJR2397000R1210 is a high-performance, DIN rail-mounted temperature transmitter meticulously engineered for demanding industrial automation environments. Functioning as a critical “signal translator,” the 88TK50-E GJR2397000R1210 is specifically designed to convert raw resistance signals from Pt100 thermocouples into standard 4-20 mA current loops. This precise conversion ensures that Distributed Control Systems (DCS) and Programmable Logic Controllers (PLC) can accurately read and process temperature data without degradation.
At the core of its design is an advanced, high-precision circuit that effectively eliminates errors caused by lead wire resistance. The 88TK50-E GJR2397000R1210 boasts an exceptional accuracy class of ±0.1% and supports a wide measurement range from -200 °C to +600 °C. Its 3-wire Pt100 input configuration automatically compensates for line resistance, guaranteeing stable and reliable temperature measurements even in complex industrial wiring setups. Furthermore, the module features an intuitive DIP switch configuration, allowing engineers to easily set the desired measurement range without requiring external programming devices.
Whether deployed in chemical reactors, HVAC systems, or food processing lines, the 88TK50-E GJR2397000R1210 delivers uncompromising performance. With SIL2 safety certification, robust 1500V AC insulation strength, and built-in fault diagnostics, the 88TK50-E GJR2397000R1210 stands as an indispensable component for ensuring process stability, safety, and precise thermal control in modern industrial facilities.
Core Advantages and Technical Highlights
Core Advantages and Technical HighlightsUltra-High Precision Measurement: The ABB 88TK50-E GJR2397000R1210 is built to deliver exacting industrial standards, featuring a remarkable ±0.1% accuracy rating and an exceptionally low temperature drift of ±0.015%/°C. This high-fidelity conversion ensures that temperature data remains precise and stable, even when ambient environmental conditions fluctuate drastically. For critical processes, the 88TK50-E GJR2397000R1210 guarantees that thermal parameters are monitored with absolute reliability.
Advanced Lead Wire Compensation: Electrical interference and long cable runs often introduce measurement errors, but the 88TK50-E GJR2397000R1210 is engineered to overcome this. Utilizing a dedicated 3-wire Pt100 input configuration, the 88TK50-E GJR2397000R1210 automatically compensates for lead wire resistance. This advanced circuit design eliminates signal distortion, ensuring that the 4-20 mA output perfectly reflects the true temperature at the sensor point.
SIL2 Safety and Robust Diagnostics: Safety is paramount in industrial automation, and the 88TK50-E GJR2397000R1210 meets the rigorous IEC 61508 SIL2 certification standard. Beyond safety, the 88TK50-E GJR2397000R1210 features intelligent fault diagnostics. If the connected RTD sensor experiences a wire break or short circuit, the module automatically generates a predefined alarm signal, allowing operators to instantly identify and resolve field instrumentation issues.
Flexible DIP Switch Configuration: Streamlining maintenance and commissioning, the 88TK50-E GJR2397000R1210 eliminates the need for specialized software or laptops. Engineers can effortlessly configure the measurement range and output parameters directly on-site using the module’s integrated DIP switches. This hardware-level flexibility makes the 88TK50-E GJR2397000R1210 incredibly easy to deploy, adjust, and replace in fast-paced industrial environments.
Superior Anti-Interference Capabilities: Industrial plants are notoriously electrically noisy, yet the 88TK50-E GJR2397000R1210 maintains signal integrity through its robust design. Featuring a 1500V AC insulation strength and a 2-wire current loop output, the 88TK50-E GJR2397000R1210 effectively isolates the control system from electromagnetic interference and ground loops. This ensures clean, stable communication between field sensors and central controllers.
Typical Application Scenarios
Chemical and Petrochemical Processing: In highly exothermic chemical reactions, precise temperature monitoring is critical for safety and yield. The ABB 88TK50-E GJR2397000R1210 is extensively deployed to monitor reactor and vessel temperatures. Its SIL2 certification and high accuracy ensure that dangerous thermal runaways are detected instantly, allowing control systems to adjust cooling flows or trigger emergency shutdowns safely.
HVAC and Building Automation: Large-scale commercial and industrial HVAC systems require accurate ambient temperature control for energy efficiency and comfort. The 88TK50-E GJR2397000R1210 serves as the reliable interface between duct/room temperature sensors and Building Management Systems (BMS). Its stable 4-20 mA output ensures that chillers and boilers are modulated precisely, optimizing energy consumption.
Food and Beverage Manufacturing: Pasteurization and sterilization processes demand strict adherence to specific temperature profiles to ensure product safety. The 88TK50-E GJR2397000R1210 provides the exact thermal data required to validate these critical control points. Its fast response time of less than 1 second ensures that any deviation from the required temperature is caught immediately, preventing batch spoilage.
Power Generation and Utilities: In power plants, monitoring the thermal health of bearings, transformers, and steam lines is essential for predictive maintenance. The 88TK50-E GJR2397000R1210 reliably translates Pt100 sensor data for turbine and generator protection systems. Its ability to operate flawlessly across a wide -40 °C to +85 °C ambient range makes it ideal for harsh power plant environments.
Related Model Recommendations
Related Model Recommendations88TK60C-E: An enhanced temperature transmitter in the same ABB family, offering additional features or extended range capabilities compared to the 88TK50-E GJR2397000R1210.
88TK70C-E: A multifunctional temperature transmitter from ABB, providing broader sensor compatibility for applications exceeding the Pt100 scope of the 88TK50-E GJR2397000R1210.
88TK50A-E: A closely related variant in the 88TK50 series, serving as an alternative or predecessor model to the 88TK50-E GJR2397000R1210.
88TK50C-E: The specific sub-model designation often associated with the 88TK50-E GJR2397000R1210, indicating specific terminal or regional compliance options.
88TK50G-E: Another variant within the 88TK50 product family, offering similar Pt100 to 4-20mA conversion with potential minor specification differences.
CMC: A calibration device designed to test and verify the accuracy of transmitters like the 88TK50-E GJR2397000R1210.
CPC: A communication module that can be paired with ABB transmitters for advanced digital diagnostics and network integration.
83SR51E-E: A related ABB industrial control module (GJR2396200R1210) often found in the same DCS/PLC infrastructure as the 88TK50-E GJR2397000R1210.
88TK70C-E: A multifunctional temperature transmitter from ABB, providing broader sensor compatibility for applications exceeding the Pt100 scope of the 88TK50-E GJR2397000R1210.
88TK50A-E: A closely related variant in the 88TK50 series, serving as an alternative or predecessor model to the 88TK50-E GJR2397000R1210.
88TK50C-E: The specific sub-model designation often associated with the 88TK50-E GJR2397000R1210, indicating specific terminal or regional compliance options.
88TK50G-E: Another variant within the 88TK50 product family, offering similar Pt100 to 4-20mA conversion with potential minor specification differences.
CMC: A calibration device designed to test and verify the accuracy of transmitters like the 88TK50-E GJR2397000R1210.
CPC: A communication module that can be paired with ABB transmitters for advanced digital diagnostics and network integration.
83SR51E-E: A related ABB industrial control module (GJR2396200R1210) often found in the same DCS/PLC infrastructure as the 88TK50-E GJR2397000R1210.
Installation, Commissioning and Maintenance Instructions
Installation Preparation: Before installing the ABB 88TK50-E GJR2397000R1210, ensure the DIN rail is securely mounted and properly grounded. Verify that the 12-35 VDC power supply is disconnected to prevent electrical shock. Carefully consult the wiring diagram to ensure correct polarity for the 2-wire output and proper connection of the 3-wire Pt100 sensor. If operating in a high-interference environment, always use shielded cables and ensure proper grounding to maximize the 88TK50-E GJR2397000R1210‘s anti-interference capabilities.
Maintenance and Troubleshooting: The 88TK50-E GJR2397000R1210 is a solid-state module requiring minimal routine maintenance. Periodically inspect the terminal blocks to ensure connections remain tight and free from corrosion. If measurement errors occur, use a multimeter to verify the 4-20 mA output signal and check the Pt100 sensor for physical damage or wiring faults. When replacing a faulty 88TK50-E GJR2397000R1210, simply replicate the DIP switch settings from the original module to ensure immediate and accurate system restoration without the need for recalibration.
