| Brand Name: | EPRO |
| Model Number: | PR6423/003-031-CN CON041 |
| Place of Origin: | Germany |
| Warranty: | 12 Months |
|
Sales
Jim Pei
|
Email
[email protected]
|
Phone/Whatsapp
+86 18020776782
|
| Model Number | PR6423/003-031-CN CON041 |
| Linear measurement range | 2 mm |
| Initial air gap | 0.5 mm |
| Incremental scale factor | 8 V/mm ±5% at 0–45 °C |
| Deviation from best-fit straight line | ±0.025 mm at 0–45 °C |
| Minimum shaft diameter | 25 mm |
| Standard target material | 42CrMo4 / AISI 4140 |
| Sensor ingress protection | IP66 to IEC 60529 |
| Sensor operating temperature, including 1 m cable | −35–180 °C |
| Cable and connector temperature | −35–150 °C |
| Sensor tip material | PEEK |
| Sensor case material | Stainless steel |
| Cable insulation | PTFE |
| Connector material | Nickel-plated brass |
| Cable length tolerance | 0 to +10% |
| Converter frequency range, −3 dB | 0–20000 Hz |
| Converter rise time | <15 µs |
| Converter operating temperature | −30–100 °C |
| Converter vibration rating | 5 g at 60 Hz and 25 °C |
| Converter ingress protection | IP20 |
| Supply for −4 to −20 V output | −32 to −23 V DC |
| Supply for −2 to −18 V output | −32 to −21 V DC |
| Terminal wire cross-section, maximum | 1.5 mm² |
| Standard-range linearity error | ≤1.0% |
| Case thread | M10 × 1 |
| Cable armor | None |
| Total cable length | 8.0 m |
| Adapter configuration | With adapter plug |
| Probe cable termination | Open cable end |
| Converter mounting | DIN rail |
| Converter housing | PA 6.6 |
| Minimum Order Quantity | 1 Piece |
| Price | Contact for Jim |
| Packaging Details | Original new Factory Sealed |
| Delivery Time | 3-7 Days |
| Payment Terms | T/T |
| Shipping Method | DHL / FedEx / UPS / TNT |
| Supply Ability | Brand new, In Stock |
Cabinet integration is the defining feature of EPRO PR6423/003-031-CN CON041: its CON041 converter mounts on a DIN rail. The -031 probe configuration has an 8.0 m total cable length. An adapter plug is included, and the specified cable termination is open-ended. The converter uses screw-terminal connections for the corresponding wiring. Its output represents the displacement detected by the PR6423 eddy-current sensor.
The open cable end and rail-mounted converter suit a terminal-connected monitoring cabinet arrangement. This is a different mechanical and connection layout from a screw-mounted CON021 installation. Allocate the sensor location and converter location separately. The converter’s environmental limits govern its cabinet position. Keep the CON041 identification explicit in replacement and wiring records.
Integrate the DIN-rail signal converter into a compatible machinery monitoring cabinet.
Measure non-contact shaft displacement and position through the matched probe and converter chain.
Maintain the open-ended probe cable and screw-terminal connections according to the converter wiring requirements.
No. CON041 is intended for DIN-rail mounting. Confirm the cabinet arrangement before ordering.
The standard cable-end code 1 identifies an open cable end. Follow the CON041 terminal connection requirements.
No. The converter temperature limit differs from the sensor limit. Evaluate their installation locations separately.
The CON041 is an eddy-current signal converter with an analog displacement-related output, not a fieldbus interface.
No. The open cable end requires the correct terminal connection at the CON041 converter. Identify the conductors before wiring.
After dispatch, we provide the courier tracking details for the order.
Our team members have an average of more than 10 years of industry experience. We have worked with customers worldwide, including those from India, Germany, Sweden, Italy, Russia, Venezuela, Israel, and many other countries. Throughout our careers, we have collectively completed over 3,000 orders and established long-term business relationships with customers across nearly 30 countries.
We can often identify a product’s manufacturer, series, configuration, and function from its model number or nameplate photo. We also understand how revisions, firmware, and specifications affect compatibility and whether an alternative model can be used safely.
In Practice: An Indian customer urgently needed a discontinued control module after several suppliers reported no stock. We identified its exact revision and function from the nameplate, checked compatible alternatives, and contacted factory and warehouse channels to locate matching inventory. After installation, the customer confirmed that the module operated correctly and later asked us to source additional spare parts.
Our team treats every inquiry sincerely and answers every question patiently. Even for complex requests, we verify and respond to each detail instead of providing a rushed or uncertain answer.
In Practice: A German customer sent a mixed list of automation products and asked repeated questions about revisions, condition, photos, and delivery. Our team organized the requirements, checked every item, and replied point by point. The customer said our detailed communication made the purchasing decision easier and continued sending us new inquiries.
Most products are covered by a warranty of up to 12 months, subject to the applicable terms and conditions. If any product-related issue occurs during the warranty period, our team will assist you and provide an appropriate solution.
Relevant datasheets and technical literature can be provided with the goods, offering useful information for product identification, installation, operation, and maintenance.
We understand the importance of minimizing equipment downtime. Our team responds promptly to inquiries and provides professional assistance with product information, quotations, order status, shipping, and after-sales questions.
We serve customers worldwide and provide reliable assistance from inquiry to delivery and after-sales service, ensuring clear and timely communication throughout the process.
We continue to source discontinued, obsolete, and hard-to-find automation parts from various brands, helping customers maintain existing equipment and reduce downtime caused by spare parts shortages.
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