
|
Sleeve Thread |
M18x1.5 |
|
Armored Cable |
Yes |
|
Model No. |
PR6423/018-010 CON021 |
|
Case Thread |
105mm |
|
Cable Length |
5m |
|
Cable End |
LEMO |
-Our service-
|
1. Professional support, complete parts supply |
|
2. Trusted service with full component coverage |
|
3. Comprehensive support, every part you need |
|
4. Quality:original and brand new |
|
5. Payment Term: T/T Wire Transfer |
|
6. Warranty: 12 Months Warranty |
|
7. Shipment : Worldwide Fast Shipment |
|
Call Miya, get the best price |
|
Whatsapp:+86-18020776792 E-mail:sales@amikon.cn |
|
PR6423 Eddy Current Sensor |
|
|
Tip Diameter |
8.0 mm |
|
Measurement Range |
±1.0 mm Position; 0 to 500 μm PP Vibration |
|
Frequency Range |
0 to 20 kHz |
|
Sensitivity |
8 V/mm (203.2 mV/mil) ±1.0% |
|
Sensor Body Thread Options |
M10x1 or 3/8-24 UNF-2A |
|
Temperature Range |
-35 to 180°C (-31 to 250°F) |
|
Offers ideal vibration and position measurements in medium shafts (≥25mm or 0.984”). Can be used as a tachometer for rotational speed measurements |
|
|
CON021 Converter |
|
|
Maximum Output Range |
-4 to -20V |
|
Reference Voltage |
-12V |
|
Connector Arrangement |
Lemo |
|
Frequency Range |
0 to 20 kHz |
|
Rise Time |
<15 μs |
|
Sealing |
IP20 |
|
Temperature Range |
-30 to 100°C (-22 to 212°F) |
|
Designed to be panel mounted in an enclosure. Works with all Emerson eddy current sensors. |
|
-FAQ-
Q1. How does the PR6423/018-010 CON021 maintain ultra-precise non-contact displacement sensing accuracy in high-speed turbomachinery environments?
The PR6423/018-010 CON021 utilizes eddy current measurement principles with optimized coil geometry, enabling highly stable and contactless displacement detection even under extreme rotational speeds and mechanical vibration loads.
Q2. What calibration and linearity optimization processes ensure measurement consistency in the PR6423/018-010 CON021 across its operational range?
The PR6423/018-010 CON021 is factory-calibrated with precision linearization algorithms that ensure minimal deviation across its measurement span, reducing non-linearity, hysteresis, and long-term drift.
Q3. In which thermal stress and environmental conditions can the PR6423/018-010 CON021 sustain stable performance without signal degradation?
The PR6423/018-010 CON021 is engineered for industrial-grade resilience, maintaining signal integrity under wide temperature variations, high humidity, and continuous exposure to mechanical and electromagnetic stress.
Q4. How does the electromagnetic shielding architecture of the PR6423/018-010 CON021 enhance immunity against industrial EMI and high-frequency noise interference?
The PR6423/018-010 CON021 incorporates advanced shielding design and optimized sensor coil construction, significantly mitigating electromagnetic interference and ensuring high-fidelity signal transmission in electrically noisy environments.
Q5. What integration benefits does the PR6423/018-010 CON021 provide when deployed within CON021-based condition monitoring and predictive maintenance systems?
When integrated with CON021 signal conditioning modules, the PR6423/018-010 CON021 delivers high-resolution vibration and shaft displacement data, enabling early fault detection and enhanced reliability in critical rotating equipment diagnostics.
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