Item # CCS 690PEM1

690PEM1

Call for Price

  • Guest Out of Stock
  • Contact for ETA
  • Available Only in Qtys of: 1
  • Log in to see if custom discounts apply
Click image to enlarge

Item # CCS 690PEM1

690PEM1

  • UM : EA

By replacing the elastic creep deflection of conventional pressure switch sensors with the negative spring rate of a disc spring combination pressure switches have now become binary like computers. This revolutionary design has been proven to be so reliable that on jet aircraft, for instance, it has been the only design acceptable for many decades. The diaphragm is not a sensing element. It simply seals the media and transfers pressure to the disc spring, which responds instantaneously when system pressure reaches the set points.

Design Features

  • Set points stay set – not sensitive to shock, vibration, temperature variations, or other ambient conditions
  • No “tracing” of fluctuating pressures – no “teasing” of the electrical element. The switch is either “on” or “off.”
  • Reduces the adverse effects of pump ripple, contact chatter, fatigue, premature wear, and other common switch problems
  • Maximum life expectancy with lifelong reliability and precise repeatability assured
  • A wide range of set points available in each switch model series.

690 Series Features

  • Weatherproof
  • Explosion Proof Div. 1, 2
  • U.L./CSA
  • NEMA: 4, 7, 9, 13
  • Good For High Cycling, Long Life, Hydraulic Applications
  • Ambient Temp. Range: -30 to 160 deg F

This switch is factory set only
Setting must be specified at time of order

Specifications

PORT CONNECTION TYPE NPT FEMALE
PORT SIZE 1/4"
CONNECTION MATERIAL ALUMINUM
CIRCUITRY DPDT
DIAPHRAGM/PISTON MATERIAL ALUMINUM
SWITCH SETTING FACTORY SET, UNSPECIFIED
ELECTRICAL CONNECTION MALE CONDUIT, WIRE LEADS
SPECIAL OPTIONS EXPLOSION PROOF
MANUFACTURER CCS
MIN 450
PRESSURE SET POINT (PSI) 2700

Documents

Item Added to Cart
View Cart
Wishlist Updated
View Wishlists
This website uses cookies to ensure you get the best user experience. By continuing to use this site, you agree to our cookies and terms of use policy.