E-shop

Our Products are shipped from various international warehouses, with our main warehouse located in the UK, ensuring prompt and secure delivery to you.

Assemtech 10° Horizontal Tilt Switch 100mA, 60V

RS Stock No.: 235-7639Brand: AssemtechManufacturers Part No.: CW1600-3
brand-logo
View all in Tilt Switches

Technical Document

Specifications

Differential Angle

10°

Mounting Orientation

Horizontal

Maximum Current

100mA

Maximum AC Voltage

60V

Maximum DC Voltage

60V

Contact Resistance

100Ω

Terminal Type

PCB

Length

8.71mm

Minimum Operating Temperature

-40°C

Maximum Operating Temperature

+125°C

Dimensions

3.43 (Dia.) x 8.71mm

Country of Origin

United States

Product details

Standard & Miniature Tilt 2 Pin

Gas filled, hermetically sealed in miniature metal housings for use in ON/OFF control applications
±7.5° from the horizontal angle
The switch movement required to cause contact change (E.g. on/off) is called the differential angle

Stock information temporarily unavailable.

Please check again later.

Stock information temporarily unavailable.

€ 17.89

Each (Exc. VAT)

€ 21.11

Each (inc. VAT)

Assemtech 10° Horizontal Tilt Switch 100mA, 60V

€ 17.89

Each (Exc. VAT)

€ 21.11

Each (inc. VAT)

Assemtech 10° Horizontal Tilt Switch 100mA, 60V
Stock information temporarily unavailable.

Buy in bulk

quantityUnit price
1 - 4€ 17.89
5 - 9€ 17.53
10+€ 16.91

Technical Document

Specifications

Differential Angle

10°

Mounting Orientation

Horizontal

Maximum Current

100mA

Maximum AC Voltage

60V

Maximum DC Voltage

60V

Contact Resistance

100Ω

Terminal Type

PCB

Length

8.71mm

Minimum Operating Temperature

-40°C

Maximum Operating Temperature

+125°C

Dimensions

3.43 (Dia.) x 8.71mm

Country of Origin

United States

Product details

Standard & Miniature Tilt 2 Pin

Gas filled, hermetically sealed in miniature metal housings for use in ON/OFF control applications
±7.5° from the horizontal angle
The switch movement required to cause contact change (E.g. on/off) is called the differential angle