Confirm final materials and interfaces for your selected configuration.
M12 subsea proximity switch with a stainless-steel body and titanium Nano connector. Specify the mounting, sensing target and cable assembly for your underwater position-monitoring application.
Our ultra-compact switch platform combines an M12 mounting thread with an integrated Nano subsea connector. Choose it when mounting space and connector clearance are limited. Micro and Nano refer to connector families, independently of the mounting thread.
Choose the mounting and connection around the mechanism, then match the electrical and immersion duty.
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Request a CAD file for Nano Subsea Proximity Switch - M12 Thread - Titanium Connector. Our team will follow up by email.
Review the configuration, operating limits and interfaces together. Our engineering team can help resolve your requirements.
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| Part Number | DL-PS-B33-1A-NAN6-TI |
|---|---|
| Housing Thread | M12 x 1.0 |
| Thread Length | 26 mm |
| Overall Length | 57.17 mm (2.251 in) |
| Housing Material | Stainless steel |
| Connector Type | Nano connector |
| Connector Gender | Male |
| Number of Pins | 6 |
| Orientation | Inline |
| Sensing Range | 12mm / 1/2 inch |
| Output Type | Dry Contacts |
| Contact Form | SPDT |
| Max Switching Current @ 24 VDC | 1A |
| Power Requirement | No power required |
| Depth Rating | 700 bar / 10000 psi / 7000 m sea water |
| Environmental Rating | Continuous submersion |
| Operating Temp | -40 to 60 C |
| Connector Material | Titanium |
Specifications apply to the listed configuration. Include the part reference when requesting a different interface or operating duty.
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Request the approved datasheet and dimensional drawing for your configuration.
Contact us ↗Request a CAD file for Nano Subsea Proximity Switch - M12 Thread - Titanium Connector. Our team will follow up by email.
Agree inspection, electrical testing, pressure testing and supporting records as part of your quotation.
Rated for continuous submersion. Every DepthLink proximity switch is tested at multiple stages of manufacture.
Additional depth testing, witnessed tests and supporting test records can be agreed to your project requirements. Discuss test requirements ↗
This is a subsea switch configuration. Specify continuous immersion as an operating duty, including external pressure, duration, water temperature and media. The supplied assembly specification defines its limits, including the actuation interface and cable termination.
Specify the water conditions and the materials of the housing, connector, mounting hardware and target or striker. Material selection is specific to the installation; a corrosion-resistant housing does not establish the suitability of every connected component.
Select the target and operating gap for this configuration. A proximity switch indicates a defined position; it does not measure the complete travel of an actuator. Use the product drawing to establish the target, approach direction and mounting clearance.
Selecting a subsea proximity switch or submersible position sensor starts with the duty: valve position, actuator travel, gate position or tool engagement. Review the sensing target, mounting, switching load and operating conditions alongside the cable assembly.
Looking for an underwater limit switch? Compare proximity sensing with end-of-travel switching requirements.
Read this product’s operating principle ↗
