DESCRIPTION
The Subsea M10 Rotary Waveband Switch provides a durable and flexible solution for multi-channel circuit control in underwater systems. Designed for installation in sealed enclosures, it allows users to switch between 3 to 8 selectable positions without opening the housing. Clear mechanical feedback and tactile “clicks” confirm each position, while the latching rotary design supports continuous 360° rotation in either direction for seamless mode or signal selection.
Constructed with a black anodized aluminum bulkhead and red anodized knob, the switch is depth-rated to 1,000 m and built to withstand harsh subsea environments. It includes color-coded signal wires—one per position plus a shared black common terminal—for straightforward integration into control or logic circuits. Each output supports up to 0.5 A at 24 VDC or 0.2 A at 48 VDC, making it suitable for low-current signal switching.
For applications requiring higher power switching, the waveband switch is fully compatible with external control electronics such as relay modules or the MOS Low-Side Switch Board. This allows it to serve as a user interface for toggling power to lights, motors, or other subsea hardware while isolating the control logic from load current.
Designed for ease of installation, the switch includes a protective circular step to prevent scratches during mounting and a semi-circular groove at the head for tool-free adjustment using snap ring pliers. For optimal fastening, anti-slip washers and Loctite threadlocker are recommended to prevent loosening from vibration or pressure changes.
The Subsea M10 Rotary Waveband Switch is ideal for underwater mode selection, waveform routing, or multi-function control interfaces on ROVs, sensor modules, or embedded subsea systems requiring compact, sealed, and mechanically positive switching.
Use with Multiple MOS Switch Boards
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Each waveband position can independently control a separate MOS Low-Side Switch Board, allowing you to toggle between different lights, devices, or power channels using a single rotary selector.
MOS Low-Side Switch Board
A logic-level power control module that operates on the low (negative) side of a DC load. Pair one board per waveband position to build multi-channel lighting or control systems. Available in 15 A, 30 A, and 120 A versions with fuse protection and optional shell.
Compatible Subsea Enclosure Options
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The Subsea M10 Rotary Waveband Switch installs easily into a variety of Blu-Sub subsea enclosures using a standard M10 mounting port. Each enclosure provides proper sealing and mechanical stability for reliable operation at depth. Ensure sufficient internal clearance and panel thickness are available for the switch body and wiring.
Subsea Watertight Enclosure Box
Compact aluminum enclosure rated to 300 m, pre-drilled with twenty M10 ports—ideal for installing rotary switches, signal indicators, and sensors. No modification required.
Subsea Enclosure Acrylic Tube
Transparent cast acrylic body rated to 250 m, compatible with Blu-Sub aluminum end-caps. Select end-caps with M10 mounting ports for seamless integration of the switch.
Subsea Enclosure Aluminum Tube
Rugged aluminum tube enclosure rated to 1,000 m. Use with matching end-caps that include M10 mounting ports to support rotary switch installation in high-pressure environments.
Compatible with: Subsea M10 Coupling Tube
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The Subsea M10 Coupling Tube provides an external mounting solution for the rotary waveband switch when direct installation into an enclosure is not possible. It offers internal space for wiring and can be sealed with epoxy for waterproof integrity and added strain relief. Ideal for modular ROV or AUV systems that require accessible and removable control interfaces.
SHIPPING LIST
TECHNICAL SPECIFICATIONS
| Subsea M10 Rotary Waveband Switch – Variants | |
| Material | 6061 Aluminum |
| Appearance | Black Bulkhead, Red Knob |
| O-ring Size | Ø12 × 1.5 |
| O-ring Material | FKM75 Brown Fluorine Rubber |
| Available Positions | 3 / 4 / 5 / 6 / 7 / 8 positions |
| Performance Characteristics | |
| Maximum Rated Depth | 1,000 m / 3,280 ft |
| Design Lifetime | 3 years or 500 cycles to rated depth / 1,500 times of on-off |
| Temperature Rating | -20 ~ 70 °C |
| Rotational Operating Force | 400 ± 150 g |
| Dielectric Strength | 500 VAC (1 min) |
| Insulation Resistance | 100 MΩ min. @ 500 VDC |
| Contact Resistance | 100 mΩ max. |
| Electrical Performance | 0.5 A @ 24 VDC; 0.2 A @ 48 VDC |
| Wire Specification | 24 AWG |
| Rotational Direction | Unlimited 360° in any direction |
| Fully Closed Position | Knob positioned at the common terminal |
| Wire Colors | Black, Red, Yellow, Blue, Green, White, Brown, Purple |
| Wire Length | ≈200 mm |
| Common Terminal Wire Color | Black |
| Waveband Switch Position Mapping | |||
| Item | Number of Cores | Band Effective Angle Range | Wire Definition |
| 3-position Waveband Switch | 3 | 90° | 0-Black 1-Red 2-Yellow |
| 4-position Waveband Switch | 4 | 135° | 0-Black 1-Red 2-Yellow 3-Blue |
| 5-position Waveband Switch | 5 | 180° | 0-Black 1-Red 2-Yellow 3-Blue 4-Green |
| 6-position Waveband Switch | 6 | 225° | 0-Black 1-Red 2-Yellow 3-Blue 4-Green 5-White |
| 7-position Waveband Switch | 7 | 270° | 0-Black 1-Red 2-Yellow 3-Blue 4-Green 5-White 6-Brown |
| 8-position Waveband Switch | 8 | 315° | 0-Black 1-Red 2-Yellow 3-Blue 4-Green 5-White 6-Brown 7-Purple |
Mounting Hole Dimensions
| Recommended Size | Rotary Waveband Subsea Switch |
|---|---|
| Recommended Bulkhead Through Hole Size (A) | Ø10.1 ± 0.1 |
| Hatch Cover Thickness (B) | 13 mm |
| Surface Range (C) | 20 mm |
How does the number of positions correspond to the number of digits? What does "common terminal" mean?
Positions - Digits = 1. For example, an 8-position band switch has 8 wires. The common terminal is denoted by the black wire. When the knob is aligned with the common terminal, no pins are connected. Turning the knob one position clockwise connects the second red wire with the black wire, and so forth.
After using the switch in murky waters for a while, I sense some resistance while rotating. Is this normal?
Yes, this is normal. Impurities or salt crystals might have entered small crevices. You can alleviate this by soaking the switch in warm water and rotating it several times to dislodge any impurities.
Can this switch handle high-current power sources?
No, you should employ MOS switches or relays to manage high voltage and high current power sources.
Will the knob come off during intense vibrations?
No, the knob is equipped with a locking pin mechanism to ensure secure positioning.
Can you provide an electrical schematic for the switch?
No, this is a physical on-off switch. It can be simplified as a multi-position switch with a common terminal.
Can this switch be used in shallow water or in the air?
Yes, it is suitable for usage in water depths ranging from 0 to 1,000 meters, as well as in the air.
Will forcefully twisting the knob cause damage?
No, it won't, but avoid rotating the knob at excessively high speeds as it can lead to excessive wear or damage.
3D Model Viewer
Note: The 3D model shown above is for reference purposes only. It may include components, accessories, or alternate sizes not included with the product. For simplicity, only a single representative size is typically displayed when multiple versions exist. Please refer to the product Shipping Guide for detailed information on included contents and size-specific differences.
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