Bulgin MMP0120/NNBP
All Nickel Plated Brass with Pin Terminals
Mfr. Part #: MMP0120/NNBP / RS Stock #: 70929621
Price
Qty.
Standard Price
1
$16.88
5
$15.53
10
$14.35
20
$13.00
50
$11.99
Additional Inventory
Manufacturer Lead Time:
15 weeks
Estimated manufacturer lead time is for quantities greater than shown above.
Product Specifications
Product Attribute
Attribute Value
Search
Current Rating
2 A
IP Rating
IP65
Temperature Range
-25 to 55 C
Voltage Rating
36 V
Overview
Versatile Range Of Single Pole Push To Make Switches.
Features:
12mm diameter, raised domed profile
Front Panel Sealed to IP65, some variants also available to IP67 (part codes containing 67)
Illuminated versions (part codes starting MMPI0120) use bright daytime visible LEDs
Choice of Termination, depending on part code suffix: S - Screw Terminals, P - 2mm x 0.5mm Pin Terminals
Choice of body material and button material, depending on part code:
- Stainless Steel body and button: /SSS
- Nickel Plated Brass body and button: /NNB
- Black Anodized Aluminium body: /A with PBT button in a choice of colour: RD - Red, GN - Green, BL - Blue, BK - Black
All variants available in Illuminated versions:
Choice of LED colour, depending on part code: RD - Red, GN - Green, BL - Blue, OR - Orange, AM - Amber (Yellow)
Choice of LED operating voltage, depending on part code:
- Resistor installed for operation at a single fixed voltage: 012 - 12V DC, 024 - 24V DC
- Also available with no resistor installed (no voltage code) - see data for ratings to enable calculation of suitable series resistor value for application
Features:
- Stainless Steel body and button: /SSS
- Nickel Plated Brass body and button: /NNB
- Black Anodized Aluminium body: /A with PBT button in a choice of colour: RD - Red, GN - Green, BL - Blue, BK - Black
All variants available in Illuminated versions:
- Resistor installed for operation at a single fixed voltage: 012 - 12V DC, 024 - 24V DC
- Also available with no resistor installed (no voltage code) - see data for ratings to enable calculation of suitable series resistor value for application