What to do if Atlas Copco Transducer zero shift is between 2 and 5%?
If the Atlas Copco Transducer's zero shift falls between approximately 2% and 5% of full scale, it may be due to the torquemeter being overloaded, or experiencing torsional vibration or shock. The suggested solution is to readjust the zero reading once at the display.
Why does my Atlas Copco Transducer have hysteresis between clockwise and counterclockwise torque?
Hysteresis between clockwise and counterclockwise torque in your Atlas Copco Transducer may be caused by the torquemeter being overloaded by high alternating loads or torsional vibration. It is recommended to send the unit for repair or replacement.
How to fix zero shift less than 2% on Atlas Copco IRTT-B 1A-I06?
If the zero shift is less than 2% on your Atlas Copco Transducer, it could be due to torsional vibration or shock. The zero reading can be readjusted at the display.
Why is the Atlas Copco IRTT-B 1A-I06 shaft stiff to turn?
A stiff shaft in the Atlas Copco Transducer could indicate a bearing defect due to torsional or flexural vibration, high axial or radial loads, worn bearings, or a bent shaft. The suggested solution is to send the unit for repair or replacement.
Basic safety measures for using electric products, including handling moisture, shock, and electrical interference.
Alerts users not to exceed the IRTT-B's torque capacity to prevent transducer damage.
Declaration by Atlas Copco BLM confirming product conformity with Council Directive on machinery.
Information on product disposal according to WEEE Directive, emphasizing separate collection and local regulations.
Details the IRTT-B's torque measurement, optional angle reading, and internal memory capabilities.
Lists torque range, angle resolution, accuracy, overload capacity, and operating conditions for the IRTT-B.
Details the function of each pin in the IRTT-B transducer's connector for electrical connections.
Lists the identification and calibration data stored in the transducer's internal memory for automatic reading.
Guidance on selecting the correct transducer, connecting it, and ensuring proper alignment for accurate measurements.
Provides detailed dimensions (A-J) and weights for square and hexagon drive models, with and without angle.
Details angle reading capabilities, pulses per revolution, resolution, and maximum RPM for various models.
States that no critical maintenance is required, but annual calibration is necessary.
Lists common issues like stiff shaft or zero shift, their causes, and recommended solutions.
Provides instructions for dismantling and disposing of electronic parts and components of the IRTT-B.
The Atlas Copco Analog Rotary Transducer (IRTT-B) is a device designed for torque measurement, with an optional angle reading capability. It is suitable for various industrial applications requiring precise torque and angle data.
The IRTT-B transducer measures torque using a precise extensometer bridge. The signal from the rotating shaft is transferred to the housing via special brushes, which are designed for high reliability and require no maintenance throughout their lifespan. For models with angle reading capability, a rotating magnetic sensor provides 1024 pulses per revolution. The transducer also incorporates a built-in memory (EEPROM) that stores identification and calibration data, allowing for automatic reading by the measurement instrument. This eliminates the need for manual data entry when used with compatible Atlas Copco ACTA instruments.
Torque Measurement Range: The IRTT-B offers a wide torque measurement range from 1 Nm up to 5000 Nm, depending on the specific model. Angle Reading (Optional): For models equipped with angle reading, it provides 1024 pulses per turn. Static Accuracy: The transducer boasts a static accuracy of ± 0.25% of its rated maximum transducer capacity. Overload Capacity: It can withstand an overload of up to 125% of its rated maximum transducer capacity. Temperature Stability: The temperature stability is 0.1% of capacity per °C. Bridge Resistance: The bridge resistance is 350 Ohm. Operation Humidity: The device operates in humidity conditions of 10-75% non-condensing. Operating Temperature: The recommended operating temperature range is 5 to 40°C.
Built-in Memory (EEPROM) Data:
Connector Pin Out:
Model Variations: The IRTT-B is available in two main categories: "Torque Only Models" and "Torque and Angle Models." Each category offers various capacities (Nm) and drive sizes (e.g., 1/4" hex, 1/4" square, 3/8" square, 1/2" square, 3/4" square, 1" square, 1 1/2" square).
Torque Only Models (Examples):
Torque and Angle Models (Examples):
Dimensions and Weight: Dimensions (A, B, C, D, E, F, G, H, J) vary by model and drive type (square or hexagon). Weights range from approximately 215 grams (for 5A-106 without angle) to 4550 grams (for 3000A-38 with angle).
Maximum RPM and Minimum Radial Position (for Torque and Angle Models): The maximum continuous and intermittent RPM, along with the minimum radial position (R in mm), are specified for each model. For instance, a 1 Nm, 1/4" hex model has a continuous RPM of 5000, intermittent RPM of 5000, and a minimum radial position of 50 mm. Larger capacity models like the 5000 Nm, 1 1/2" square have lower RPMs (1000 continuous, 4400 intermittent) and larger radial positions (600 mm).
Ease of Use: The built-in memory simplifies setup by automatically loading calibration data when connected to compatible Atlas Copco ACTA instruments. For other measuring instruments, shunt calibration values and angle pulses must be entered manually. Tool Compatibility: Users should select a transducer with a torque capacity not less than the maximum capacity of the tool being used. Proper securing of the tool output spindle to the transducer input socket and the correct socket to the transducer output square drive is crucial for accurate measurement. Alignment: It is important to align the tool and transducer to avoid side forces, which can affect measurement accuracy. Reaction Bar Considerations: When testing with a reaction bar, the effective radial position of the reaction bar point should meet specified minimum values to prevent permanent damage to the transducer. Using a straight reaction bar at a 90° angle to the IRTT-B is the ideal solution to minimize the risk of large side forces.
Scheduled Maintenance: The IRTT-B transducer does not require critical maintenance activities. However, annual calibration is required to ensure continued accuracy. Troubleshooting Guide: A troubleshooting guide is provided to address common issues:
No User Serviceable Parts: The product contains no user-serviceable parts. Opening or attempting to repair the product will invalidate all warranties. All service needs should be referred to local Atlas Copco service personnel. WEEE Directive Compliance: The product complies with the WEEE Directive (2002/96/EC). At the end of its life, the transducer must be disposed of separately from unsorted municipal waste and handled according to local regulations for proper recycling and environmental protection. Instructions for dismantling wasted items include removing the cover and separating the connector, electronic board, and brushes for appropriate disposal.
General| Brand | Atlas Copco |
|---|---|
| Model | IRTT-B 1A-I06 |
| Category | Transducer |
| Language | English |
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