Dwyer Average temperature sensor TE-AAG-A2434-00
Dwyer TE-AAG-A2434-00 is an RTD temperature sensor for industrial process measurement, offering DIN Class B accuracy of ±0.3°C at 0°C with a -40 to +150°C operating range. The 10 cm lead cable and selectable…
SKU 3G-CBM-02283
Also listed as: DWY 45006 · DWY-45006
Local availability & support — Singapore
- Local office
- 20 Woodlands Link #09-05, Singapore 738733
- Phone
- +65 8878 8355
- Delivery
- Same-day or next-business-day delivery within Singapore for in-stock items; 7–14 days for factory-order parts from Europe.
- Payment
- Invoicing in SGD. PayNow, bank transfer, and corporate PO accepted.
- Ships to
- Singapore
Need installation or engineering help?
Ask a question
Product Description
Dwyer TE-AAG-A2434-00 is an RTD temperature sensor for industrial process measurement, offering DIN Class B accuracy of ±0.3°C at 0°C with a -40 to +150°C operating range. The 10 cm lead cable and selectable capillary lengths up to 60 cm enable flexible installation in control systems and monitoring applications.
Frequently Asked Questions
What is the Dwyer TE-AAG-A2434-00 average temperature sensor used for?
The Dwyer TE-AAG-A2434-00 is an RTD temperature sensor designed for measuring average temperature in large ducts and air handling units. It is commonly used in industrial process measurement and HVAC control systems to monitor airflow temperatures across a wide area.
What are the specifications of the Dwyer TE-AAG-A2434-00?
The Dwyer TE-AAG-A2434-00 features a Pt100 RTD sensor with DIN Class B accuracy of ±0.3°C at 0°C. It has a 10 cm lead cable, a 60 cm flexible aluminium capillary, and operates from -40 to +150°C. The housing is UL 94 V-0 polycarbonate.
Where to buy the Dwyer TE-AAG-A2434-00 in Singapore?
3G Electric supplies the Dwyer TE-AAG-A2434-00 average temperature sensor to customers in Singapore. We handle logistics, customs clearance, and local delivery, providing technical support for industrial process and HVAC applications. Contact us for sourcing and lead time details.
How to install the Dwyer TE-AAG-A2434-00 average temperature sensor?
Install the Dwyer TE-AAG-A2434-00 by mounting the probe in a large duct or air handling unit using the pre-drilled housing holes and mounting slots. Bend the flexible aluminium capillary to position the sensor without twisting internal wires. Use the optional CC1 clip (sold separately) to secure the capillary to the duct wall.
Used in
Common applications for DwyerDwyer Products
3G Electric supplies Dwyer measurement. We supply genuine products with in-stock availability on common SKUs, technical documentation, commissioning support, and warranty service — worldwide.
You might also need
Related products
- SQUARE Overload protection device for motor starters and contactors. Trips circuit when prolonged overcurrent generates excessive heat. Used in industrial machinery, HVAC systems, and conveyor drives
- SQUARE Thermal unit for overload protection in motor starters and contactors. Trip class 20 indicates maximum trip time under overload conditions. Used to protect motors from sustained overcurrent in industrial and commercial applications
- SQUARE Thermal unit for overload protection in motor starters and contactors. Trip class 20 provides delayed tripping for moderate overloads. Suitable for use in industrial machinery, pumps, conveyors, and HVAC systems
- SQUARE Overload protection device for motor starters. Protects motors from overheating by tripping the circuit when current exceeds a safe level. Used in industrial automation, HVAC, and pump systems for continuous-duty applications
- SQUARE Thermal overload protection device for motor starters and contactors. Designed to protect electric motors from damage due to prolonged overcurrent by tripping the circuit when excessive heat is detected. Suitable for use in industrial automation, HVAC, and pump systems
- SQUARE Thermal overload protection device for motor starters and contactors. Trips the circuit when current exceeds the rated level for a sustained period, protecting motors from overheating. Commonly used in industrial machinery, pumps, and conveyors
