Rev. No.

D

Revision Note

Web Site 2001

Date

1-2-01

Signature

RG

PART NUMBER

SPECIFICATION

Comus Group of Companies

PRODUCT DATA SHEET

See above

240

10 at 240 Vac

2400

10

3

-37˚ + 100˚

-40˚ + 125˚

Steel Tin Plated

9L

1 Electrode - High Power

TILT SWITCH - Metal - Mercury Contacts

CM 2000-0

Drawings not to scale

All dimensions in mm (inches) nominal

FORM AE043 ISS1

As part of the company policy of continued product improvement, specifications may change without notice. Our sales

office will be pleased to help you with the latest information on this product range and details of our full design and

manufacturing service. All products are supplied to our standard conditions of sale otherwise agreed in writing.

©2001 Copyright Comus Group of Companies

16.0ø (.630)

38.0

(1.496)

Pin 4.0ø (.157)

NOTE: When cutting or bending switch leads it is important that the glass seal is not damaged. The cutting or bending point

should be no closer than 3mm (.118) to the glass to metal seal and the lead should be supported between the cutting or bending

point and the glass to metal seal.

The Comus Group of Companies

consist of:

Assemtech Europe Limited

E. Bachem GmbH

Comus International

W. Gunther GmbH

Gunther Belgium

Gunther France

S.T.G.

CONTACT FORM/STYLE

SWITCHING VOLTAGE

SWITCHING CURRENT

SWITCHING CAPACITY (RESISTIVE)

DIFFERENTIAL ANGLE

CONTACT RESISTANCE

OPERATING TEMPERATURE

STORAGE TEMPERATURE

CASE MATERIAL

MOUNTING CLIPS

FEATURES

Max. Vac

Max. A

Max. VA

Max. Deg˚

Max.

Ω

Deg. ˚C

Deg. ˚C

These switches operate when tilted from the horizontal position.

The switch movement required to cause contact change (exam-

ple off to on) is called the differential angle.

It is very important when designing a tilt switch to allow for the

differential angle and understand that when in the horizontal

position the switch contact may be open or closed.

SWITCHING VOLTAGE

Unless specified switches can be used on AC and DC loads. For

DC voltages reduce AC rating to 70%.

Horizontal

Contact

open

Contact

closed

Differential

angle