Standard delivery
£8 ex VAT · free over £200UK parcel delivery is £8 ex VAT, or free on orders over £200 ex VAT.
Heavier items may be charged at a weight-based or pallet rate, shown at checkout.
Carlo Gavazzi VPB2MPA is an infrared photoelectric liquid level sensor with a nickel-plated brass housing, glass sensing element, 10–40 V DC supply, PNP NO+NC complementary output and integral cable for industrial point-level detection.
£225.22
The Carlo Gavazzi VPB2MPA is a robust photoelectric liquid level sensor designed for point-level detection in tanks, vessels and industrial process equipment. Part of the Carlo Gavazzi VP series, it uses infrared optical sensing to detect the transition between air and liquid without requiring a mechanically operated float.
The VPB2MPA combines a rugged nickel-plated brass housing with a glass optical sensing element. Its transmitter, receiver and amplifier are integrated into the sensor, providing a self-contained solution for detecting liquid at a predetermined level while keeping the sensing process free from moving mechanical components.
Featuring a 10–40 V DC supply, PNP complementary NO+NC output and integral cable connection, the VPB2MPA is designed for straightforward integration with PLCs, relays and industrial control equipment. Its robust metal construction and glass sensing surface make it particularly suitable for demanding process and machine-automation applications using compatible liquids.
The Carlo Gavazzi VPB2MPA detects liquid by monitoring infrared light at its glass optical sensing element. When the sensing surface changes from air to liquid, the optical conditions change and the integrated receiver detects the difference, allowing the sensor electronics to operate the complementary PNP outputs.
Because this sensing method has no mechanically operated float, it provides a compact solid-state alternative for point-level monitoring. The nickel-plated brass body, glass sensing element and complementary NO+NC outputs make the VPB2MPA a versatile choice for integration into automated filling, pumping, alarm and process-control systems.
Tick the specs you need, then view products that match.
| Supply Voltage | 12 V DC, 24 V DC | |
|---|---|---|
| Coil / Supply Voltage | 10–40 V DC | |
| Output Type | PNP | |
| Sensing Principle | Photoelectric | |
| Output Function | NO + NC | |
| Connection | Cable | |
| Manufacturer | Carlo Gavazzi | |
| Series | VP Series | |
| Model | VPB2MPA | |
| Product type | Photoelectric liquid level sensor | |
| Sensing principle | Infrared optical | |
| Detection type | Point level | |
| Output Type | PNP transistor | |
| Output function | NO+NC complementary | |
| Supply voltage | 10–40 V DC | |
| Amplifier | Integrated | |
| Housing material | Nickel-plated brass | |
| Sensing element | Glass | |
| Housing type | Cylindrical threaded probe | |
| Connection type | Integral cable | |
| Detected medium | Compatible liquids | |
| Operating principle | Change in infrared optical conditions at the sensing element |
The VPB2MPA is used for photoelectric point-level detection of compatible liquids in tanks, vessels and industrial process equipment.
The VPB2MPA provides PNP complementary NO+NC outputs, offering normally open and normally closed switching functions for compatible industrial control equipment.
The Carlo Gavazzi VPB2MPA operates from a 10–40 V DC supply, making it suitable for common industrial DC control systems.
The VPB2MPA combines a robust nickel-plated brass housing with a glass optical sensing element.
The sensor uses infrared optical sensing. Liquid contacting the glass sensing element changes the optical conditions, allowing the integrated electronics to detect the level and switch the PNP outputs.
Carlo Gavazzi VP photoelectric level sensors combine solid-state infrared sensing, robust industrial construction and flexible transistor outputs to provide dependable point-level monitoring for tanks, machinery and automated process systems.
We use cookies
We use essential cookies to run this site, your basket and checkout. With your permission we'd also like to use analytics and advertising cookies to understand how the site is used and to measure our adverts.