series is626 intrinsically safe pressure transmitter

for use in hazardous locations

the dwyer series is626 intrinsically safe pressure transmitter can be used to accurately measure compatible gases and liquids compatible with its 316/316l stainless steel wetted parts. Series is626 full scale accuracy is 0.25%. Designed for industrial environments with a nema 4x (ip66) housing, this transmitter resists most effects of shock and vibration. Models are available with a 3' cable or m-12 4 pin connection.

the is626 is ul listed for use in hazardous (classified) locations. The protection method is by intrinsic safety,"ia". It was investigated by ul under ul standard 913 sixth edition and csa standard no. 157-92.

product applications

• monitoring pressure in hazardous environments
• process

model description

• is626-07-gh-p1-e1-s1 intrinsically safe pressure transmitter, 15 psi pressure range, 4-20 ma output, 1/4" nptm, general purpose housing.
• is626-08-gh-p1-e1-s1 intrinsically safe pressure transmitter, 30 psi pressure range, 4-20 ma output, 1/4" nptm, general purpose housing.
• is626-09-gh-p1-e1-s1 intrinsically safe pressure transmitter, 50 psi pressure range, 4-20 ma output, 1/4" nptm, general purpose housing.
• is626-10-gh-p1-e1-s1 intrinsically safe pressure transmitter, 100 psi pressure range, 4-20 ma output, 1/4" nptm, general purpose housing.
• is626-13-gh-p1-e1-s1 intrinsically safe pressure transmitter, 300 psi pressure range, 4-20 ma output, 1/4" nptm, general purpose housing.

specifications

• service:compatible gases and liquids.
• wetted materials:type 316, 316l ss.
• accuracy:0.25% fs.
• temperature limit:0 to 176°f (-18 to 80°c).
• compensated temperature range:0 to 176°f (-18 to 80°c).
• thermal effect:±0.02% fs/°f (includes zero and span).
• pressure limits:see catalog page.
• power requirements:10 to 28 vdc.
• output signal:4 to 20 ma.
• response time:50 ms.
• loop resistance:0 - 900 ω maximum.
• current consumption:38 ma (maximum).
• electrical connections:3 ft. Cable or 4-pin m-12 connector.
• process connection:1/4" male/female npt and bspt.
• enclosure rating:nema 4x (ip66).
• mounting orientation:mount in any position.
• weight:8.9 oz (252 g).
• agency approvals:ce, culus intrinsically safe to ul standard 913.

• for use in hazardous (classified) locations:

class I div. 1 groups a,b,c,d; class ii div. 1 groups e,f,g; class iii div. 1.

temperature code: t4 @ 80°c ambient.

install in accordance with control drawing 01-700797-00.

features

exceptional accuracy for insuring tight-control and minimizing costly out of specification conditions

nema 4x rated enclosure provides protection in harsh environments permitting outdoor monitoring or in areas where dust and particulate matter exists

robust sensor provides shock and vibration resistance insuring stability in controlling pressure for process applications

install in accordance with control drawing 01-700797-00.

• warning: to prevent ignition of flammable or combustible atmospheres, disconnect power before servicing. Use with approved safety barriers using entity evaluation.

series is626 intrinsically safe pressure transmitter

for use in hazardous locations

the dwyer series is626 intrinsically safe pressure transmitter can be used to accurately measure compatible gases and liquids compatible with its 316/316l stainless steel wetted parts. Series is626 full scale accuracy is 0.25%. Designed for industrial environments with a nema 4x (ip66) housing, this transmitter resists most effects of shock and vibration. Models are available with a 3' cable or m-12 4 pin connection.

the is626 is ul listed for use in hazardous (classified) locations. The protection method is by intrinsic safety,"ia". It was investigated by ul under ul standard 913 sixth edition and csa standard no. 157-92.

product applications

• monitoring pressure in hazardous environments
• process

model description

• is626-07-gh-p1-e1-s1 intrinsically safe pressure transmitter, 15 psi pressure range, 4-20 ma output, 1/4" nptm, general purpose housing.
• is626-08-gh-p1-e1-s1 intrinsically safe pressure transmitter, 30 psi pressure range, 4-20 ma output, 1/4" nptm, general purpose housing.
• is626-09-gh-p1-e1-s1 intrinsically safe pressure transmitter, 50 psi pressure range, 4-20 ma output, 1/4" nptm, general purpose housing.
• is626-10-gh-p1-e1-s1 intrinsically safe pressure transmitter, 100 psi pressure range, 4-20 ma output, 1/4" nptm, general purpose housing.
• is626-13-gh-p1-e1-s1 intrinsically safe pressure transmitter, 300 psi pressure range, 4-20 ma output, 1/4" nptm, general purpose housing.

specifications

• service:compatible gases and liquids.
• wetted materials:type 316, 316l ss.
• accuracy:0.25% fs.
• temperature limit:0 to 176°f (-18 to 80°c).
• compensated temperature range:0 to 176°f (-18 to 80°c).
• thermal effect:±0.02% fs/°f (includes zero and span).
• pressure limits:see catalog page.
• power requirements:10 to 28 vdc.
• output signal:4 to 20 ma.
• response time:50 ms.
• loop resistance:0 - 900 ω maximum.
• current consumption:38 ma (maximum).
• electrical connections:3 ft. Cable or 4-pin m-12 connector.
• process connection:1/4" male/female npt and bspt.
• enclosure rating:nema 4x (ip66).
• mounting orientation:mount in any position.
• weight:8.9 oz (252 g).
• agency approvals:ce, culus intrinsically safe to ul standard 913.

• for use in hazardous (classified) locations:

class I div. 1 groups a,b,c,d; class ii div. 1 groups e,f,g; class iii div. 1.

temperature code: t4 @ 80°c ambient.

install in accordance with control drawing 01-700797-00.

features

exceptional accuracy for insuring tight-control and minimizing costly out of specification conditions

nema 4x rated enclosure provides protection in harsh environments permitting outdoor monitoring or in areas where dust and particulate matter exists

robust sensor provides shock and vibration resistance insuring stability in controlling pressure for process applications

install in accordance with control drawing 01-700797-00.

• warning: to prevent ignition of flammable or combustible atmospheres, disconnect power before servicing. Use with approved safety barriers using entity evaluation.