
|
Brand |
Woodward |
|
Model |
5462-948 |
|
Estimated Shipping Size |
2.5 × 24.6 × 26.1 cm |
|
Weight |
0.95 kg |
|
Rack Supply |
24 V DC |
LARGE INVENTORY
5462-948 T/C Card- 8 Channel
BRAND WOODWAR
|
Contact us, and we will dispatch your order as requested |
|
Sales manager: Miya zheng |
|
Email:sales@amikon.cn |
|
WhatsApp:86-18020776792 |

Specifications
|
Module Consumption |
0.25 A @ 24 V |
|
Input Range |
–10 to +80 mV |
|
Resolution |
16-bit |
|
Accuracy |
±0.05% FSR ±1 °C |
|
Input Impedance |
10 MΩ |
|
Common-mode Voltage |
±300 V DC |
|
Isolation |
500 V DC (Channel-to-Bus) |
|
Operating Temperature |
0 to +60 °C |
|
Storage Temperature |
–40 to +85 °C |
|
Relative Humidity |
5–95% RH (Non-condensing) |
FAQ
Q1. How does the WOODWARD 5462-948 optimize thermocouple signal acquisition for mission-critical turbine and engine control applications?
The WOODWARD 5462-948 is engineered to process low-level thermocouple inputs with high-resolution analog conversion, delivering precise temperature measurements while maintaining excellent accuracy, noise immunity, and long-term stability for industrial control systems.
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Q2. Why is the WOODWARD 5462-948 designed with high input impedance and robust channel isolation?
The WOODWARD 5462-948 features high input impedance to minimize sensor loading and incorporates galvanic isolation to protect the control system from electrical interference, ground loops, and transient voltages, ensuring reliable operation in demanding environments.
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Q3. What measurement capabilities distinguish the WOODWARD 5462-948 in high-performance automation architectures?
The WOODWARD 5462-948 supports thermocouple input acquisition with 16-bit resolution, enabling accurate detection of subtle temperature variations while maintaining consistent performance across a wide operating range.
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Q4. Which environmental and electrical characteristics make the WOODWARD 5462-948 suitable for continuous industrial operation?
The WOODWARD 5462-948 is designed for industrial-grade applications, offering a wide common-mode voltage tolerance, stable 24 VDC rack power operation, and low current consumption, making it well-suited for continuous process and turbine control systems.
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Q5. How can the WOODWARD 5462-948 contribute to improved system diagnostics and process reliability?
By combining high-accuracy thermocouple measurement, reliable signal isolation, and precision analog processing, the WOODWARD 5462-948 enhances temperature monitoring, supports early fault detection, and helps maintain dependable control performance in critical automation environments.
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