IPC704 244-704-000-042 A1-B02-C100-D100-E10-F20000-G0-H0-I0 Signal Conditioner

Signal Conditioner IPC704 244-704-000-042 A1-B02-C100-D100-E10-F20000-G0-H0-I0 with Explosive version

Brand:
Ungrouped
Item NO.:
IPC704 244-704-000-042
Order(MOQ):
1 PC
Payment:
T/T
Market Price:
999
Product Origin:
Switzerland
Color:
Depends on material
Shipping Port:
XIAMEN
Lead Time：
IN STOCK
Weight：
170g
Warranty:
1 Year

Product Detail

IPC704 244-704-000-042 A1-B02-C100-D100-E10-F20000-G0-H0-I0 Signal Conditioner

Description:

The IPC704 244-704-000-042 A1-B02-C100-D100-E10-F20000-G0-H0-I0 is a signal conditioner designed to process charge-based signals from compatible piezoelectric transducers and convert them into a standardized voltage signal for downstream monitoring equipment. The IPC704 platform is designed for compatible piezoelectric accelerometers and dynamic pressure transducers.

This specific configuration uses a B02 transfer unit, providing a pC/g input to mV/g output for acceleration measurement. It is configured with a 10 Hz high-pass filter and 20 kHz low-pass filter, providing a defined frequency range for conditioning vibration signals. The A1 configuration is for standard environments, while G0 specifies the signal conditioner without an industrial housing.

With its acceleration-oriented signal conversion and wide configured frequency range, this version is suitable for applications where piezoelectric acceleration signals need to be conditioned before being delivered to monitoring or processing equipment.

Application Value:

For High-Frequency Machinery Vibration Measurement

The 10 Hz to 20 kHz configured filtering range provides a broad signal-conditioning window for acceleration measurements. This is useful when monitoring rotating machinery where vibration information across a relatively wide frequency range needs to be retained for subsequent analysis.

For Voltage-Based Monitoring Systems

The B02 configuration provides an mV/g voltage output, making it suitable for measurement chains designed to receive voltage-based acceleration signals. This can simplify integration with compatible monitoring and processing equipment where voltage input is preferred.

Application Cases:
1. Turbine Bearing Acceleration Monitoring
Used with compatible CAxxx piezoelectric accelerometers to condition vibration signals collected from turbine bearing locations for machinery condition monitoring.The IPC704 can be connected to compatible piezoelectric accelerometers installed around turbine bearing locations to condition acceleration signals before transmission to downstream monitoring equipment.
2. Compressor Vibration Analysis
Can be integrated with compatible piezoelectric sensors on compressors to condition vibration signals before they are transmitted to downstream monitoring equipment.The module can be integrated into compressor vibration measurement chains where piezoelectric accelerometers are used to capture acceleration signals for machinery condition monitoring.
3. Pump Mechanical Condition Monitoring
Compatible piezoelectric accelerometers can be used with the IPC704 to condition acceleration signals from pumps, providing a suitable voltage signal for connected monitoring equipment.
4. Gearbox Vibration Measurement
The wide configured frequency range can support acceleration signal conditioning for gearbox monitoring applications where vibration information at different frequencies is important for machinery assessment.
5. Rotating Machinery Diagnostic Systems

The IPC704 can serve as the signal-conditioning stage between piezoelectric accelerometers and downstream diagnostic equipment, providing a conditioned mV/g acceleration signal for compatible monitoring systems.

Expert Advice

Check the Complete Signal Configuration Before Replacement

When replacing this IPC704 configuration, engineers should verify the complete ordering code rather than matching only the base model. The B03 signal conversion, C100/D77 configuration and E2/F5000 filter settings should be consistent with the existing sensor and receiving equipment.

Keep the Sensor and Monitoring Chain Matched

The signal conditioner works as part of the complete sensor → conditioner → monitoring system chain. Before installation, engineers should confirm that the replacement unit is compatible with both the connected piezoelectric sensor and downstream monitoring equipment to avoid changes in the measured signal.

Ordering Information:
IPC704 244-704-000-042 AX-BX-CX-DX-EX-FX-GX-HX-IX
A： ENVIRONMENT
1 Standard
2 Explosive Exi
3 Explosive Ex nA
B： TRANSFER UNIT

C: INPUT SENSITIVE
D: OUTPUT SENSITIVE
E: High-pass filter
F: Low-pass filte
G: INSTALLATION
0 Signal conditioner only
1 Signal conditioner with industrial housing
2 Signal conditioner mounted on mounting adaptor
H: INPUT CABLE FITTING