This listing is for 1 x TSL Escha MP30 Series Micropress Push Button - 24V DC Yellow LED PNP 4 Wire FD9
This is a new item and we have several for sale. If you would like any additional information or photos, please message us and we will get back to you.
These were removed from their boxes, cable markers and ferrules were crimped on as pictured, but never installed.
The below information has been copied from the TSL Escha website as eBay don't allow links to external websites.
Series : MP30
Part number : 8700777
Full part number : FD9.MP30-24P(E1)
Construction type : 1 (Rear assembly)
Inside ring : RAL1023 Yellow
Supply voltage : 24VDC (16.8-45VDC)
Switching function : 4 Wire PNP
LED Light signals : 1 x Red for actuation, 3 x Yellow activated separately
Connection : Cable
Cable length : 210mm
Included : 2 x rubber gaskets and threaded spacer as pictured
Original box : No
MP30
Switching face diameter : 38mm
Mounting hole size : 30.5mm
Thread size : M30 x 1.5
MINIPRESS SERIES
PUSH BUTTONS FOR STRICT REQUIREMENTS
Minipress push buttons are developed road and rail transport vehicles. The Minipress buttons are the smallest of TSL-ESCHA. Their compact design is a distinctive mark that allow for installation in the tightest spaces. The push button features a hermetically sealed one-piece housing design and wear-free switching. The mechanical design guarantees high level of durability regardless of temperature, dust, or humidity. The Minipress is weatherproof, car-wash proof, and resistant to conventional cleaning chemicals. Vehicles with this push button series have been running all over the world in a wide variety of different operating conditions for more than 20 years.
Due to the inside ring color variety and LED colors, it is possible to adapt the push button to the unique customer requirements. To some extent, it is also possible to adapt different mounting variants to specific designs.
In spite of being a compact push button, its functionality is a major feature. The Minipress Series provides a shockproof switching principle that avoids self-triggering or blocking of the switching even under extreme weather conditions.