J120K-157 | United Electric | Pressure Components
NEMA 4X DIFF PRESS SW, ADJ, 10 to 100 PSID, SPDT
Brand:United Electric
MPN:J120K-157
SKU:J120K-157
List Price:
$1,640.38
Today's Price:
$853.00
Log in for customized pricingproduct specifications
Measurement
PSID
Connection Size
1/4 in
Type
Adjustable
Connection
NPTF
Housing Material
Epoxy-Coated Diecast Aluminum, Gasketed Enclosure
Switch Output
SPDT
Process Connection Dimensions
Nickel-Plated Brass Pressure Conn
Contact Rating
15A @ 125/250/480 VAC
Repeatability
1%
Enclosure Rating
NEMA 4X,NEMA 7,NEMA 9,IP66
Process Variable
Differential Pressure
Contact Type
SPDT
Measurement Range
10 - 100 PSID
Switch Rating
15A @ 125/250/480 VAC
Working Pressure
30" HgVac - 150 PSI
Proof Pressure
180 PSI
Deadband
0.5 - 2 PSI
Pressure Connection
1/4 in NPTF
Adjustments
Internal Adjustment
Approvals
CE,cUL,UL,IECEx
Electrical Connection
(2) 3/4" NPT w/ Terminal Block
Wetted Materials
Welded Brass Bellows, Nickel-Plated Brass Pressure Conn
product series features
- Pressure ranges from 30" HgVac to 6000 PSI, differential pressure ranges from 30" Hg to 1000 PSI, temperature ranges from -180° to 650°F
- One or two SPDT outputs standard, optional DPDT or hermetic seal switch outputs available
- Easy-access terminal block to simplify wiring
- NEMA 4X epoxy-coated cast aluminum enclosure
- UL approvals for Class I, Divisions 1 and 2 environments, ATEX approved, CE compliant
- EXIDA Certified for use in SIL 2 functional safety systems, (SIL 3 capable)
more information & related documents
Series Description
Rugged pressure, differential pressure and temperature switches for Div 1 and Div 2 hazardous environments. Single SPDT or dual SPDT switch output, internal adjustment, or external adjustment with reference scale or dial, NEMA 4X enclosure, sensor materials to meet media and environmental requirements, UL, ATEX, NACE approved, CE compliant, SIL 2 Certified, SIL 3 capable
Kele Description
NEMA 4X DIFF PRESS SW, ADJ, 10 to 100 PSID, SPDT
Manufacturer
United Electric
UE-100-120-12-SIL-man-MECH-SM-02-2021-02 
