Watson Smith NPT 1/4 Female 300 NL/min IP Converter, 4 to 20 mA input 0.2 bar to 2 bar

RS Stock No.: 538-3782Brand: Watson SmithManufacturers Part No.: EX140 01PK4EE1
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Technical Document

Specifications

Input Signal

4 to 20 mA

Product Type

IP Converter

Maximum Flow Rate

300NL/min

Connection Size

NPT 1/4 Female

Connection Thread Standard

NPT

Overall Length

116mm

Minimum Outlet Pressure

0.2bar

IP Rating

IP66

Maximum Input Pressure

10.3bar

Maximum Outlet Pressure

2bar

Minimum Operating Temperature

-40°C

Maximum Operating Temperature

85°C

Standards/Approvals

Cenelec ATEX / SIRA 01ATEX1006 / SIRA 01ATEX2007X / SIRA 01ATEX4008X / FM APPROVED / CSA

Overall Height

161mm

Overall Width

94mm

Hazardous Area Certification

ATEX

Country of Origin

United Kingdom

Product details

Explosion-proof Failsafe Type 140

Electronic current-to-pressure converter utilising advanced closed-loop operation to allow accurate high-resolution pressure control via a 4-20mA input signal. Fail-safe operation ensures that output pressure falls to zero on loss of input signal.

ATEX-certified explosion-proof construction
Fail-safe operation
Environmental protection to IP66
Jack socket for on-site monitoring
Field replaceable air filter

Approvals

EEx d IIC T4

I/P & E/P Converters

I/P converters are electro-pneumatic instruments that will change pneumatic pressures in response to varying electrical current and voltage input signals. They have extensive application potential in both industrial and process systems, for control of cylinders, valves, valve positioners, relays, brakes and clutches. The converters can be mounted in control rooms or in the field, and have zero and span settings that are adjustable from the front face of the instrument. Failsafe converters are available which will cause the output pressure to fall to <15mbar (0.2 psig) in the event of power failure or loss of input signal.

Stock information temporarily unavailable.

AED 4,788.14

AED 4,788.14 Each (ex VAT)

AED 5,027.55

AED 5,027.55 Each (inc. VAT)

Watson Smith NPT 1/4 Female 300 NL/min IP Converter, 4 to 20 mA input 0.2 bar to 2 bar

AED 4,788.14

AED 4,788.14 Each (ex VAT)

AED 5,027.55

AED 5,027.55 Each (inc. VAT)

Watson Smith NPT 1/4 Female 300 NL/min IP Converter, 4 to 20 mA input 0.2 bar to 2 bar

Stock information temporarily unavailable.

Technical Document

Specifications

Input Signal

4 to 20 mA

Product Type

IP Converter

Maximum Flow Rate

300NL/min

Connection Size

NPT 1/4 Female

Connection Thread Standard

NPT

Overall Length

116mm

Minimum Outlet Pressure

0.2bar

IP Rating

IP66

Maximum Input Pressure

10.3bar

Maximum Outlet Pressure

2bar

Minimum Operating Temperature

-40°C

Maximum Operating Temperature

85°C

Standards/Approvals

Cenelec ATEX / SIRA 01ATEX1006 / SIRA 01ATEX2007X / SIRA 01ATEX4008X / FM APPROVED / CSA

Overall Height

161mm

Overall Width

94mm

Hazardous Area Certification

ATEX

Country of Origin

United Kingdom

Product details

Explosion-proof Failsafe Type 140

Electronic current-to-pressure converter utilising advanced closed-loop operation to allow accurate high-resolution pressure control via a 4-20mA input signal. Fail-safe operation ensures that output pressure falls to zero on loss of input signal.

ATEX-certified explosion-proof construction
Fail-safe operation
Environmental protection to IP66
Jack socket for on-site monitoring
Field replaceable air filter

Approvals

EEx d IIC T4

I/P & E/P Converters

I/P converters are electro-pneumatic instruments that will change pneumatic pressures in response to varying electrical current and voltage input signals. They have extensive application potential in both industrial and process systems, for control of cylinders, valves, valve positioners, relays, brakes and clutches. The converters can be mounted in control rooms or in the field, and have zero and span settings that are adjustable from the front face of the instrument. Failsafe converters are available which will cause the output pressure to fall to <15mbar (0.2 psig) in the event of power failure or loss of input signal.