100T NEMA 4X, 7, 9 & 13 Temperature Switch/Internal Adjustment
Direct mount adjustable temperature switch for use in hazardous areas. Utilizes efficient Nega-Rate® Belleville spring mechanism and saturated vapor sensor for quick response and narrow deadband.
Specifications
• Electrical: Snap action electrical switch assembly listed by Underwriters’ Laboratories, Inc., FM Approval and CSA International
• Electrical Connection: 1/2 NPT male conduit connection with PVC insulated 18 AWG, 18" long leads
• Pressure Connection: 1/2 NPT Male; Direct mount
• Temperature Range:
o Ambient: -40°F to +180°F (-40°C to +82°C)
o See Electrical Assembly specification sheet for Temperature Class Ratings.
• System Pressure: 1500 psig maximum
• Proof Pressure: 2250 psig
• Adjustment: Concealed wrench flat adjustment with range scale
• Shipping Weight: Approximately 3 pounds -
100T NEMA 4X, 7, 9 & 13 Temperature Switch/Internal Adjustment
Direct mount adjustable temperature switch for use in hazardous areas. Utilizes efficient Nega-Rate® Belleville spring mechanism and saturated vapor sensor for quick response and narrow deadband.
Specifications
• Electrical: Snap action electrical switch assembly listed by Underwriters’ Laboratories, Inc., FM Approval and CSA International
• Electrical Connection: 1/2 NPT male conduit connection with PVC insulated 18 AWG, 18" long leads
• Pressure Connection: 1/2 NPT Male; Direct mount
• Temperature Range:
o Ambient: -40°F to +180°F (-40°C to +82°C)
o See Electrical Assembly specification sheet for Temperature Class Ratings.
• System Pressure: 1500 psig maximum
• Proof Pressure: 2250 psig
• Adjustment: Concealed wrench flat adjustment with range scale
• Shipping Weight: Approximately 3 pounds -
100J3 Diaphragm Seals for Saddle Weld Process Connections Standard Pressure Rating with Metal Lower Housings Complete with Clean-Out Option
Process Connection Sizes 3inch (80mm) and larger
All Pipe Schedules per ASME/ANSI B36.10 or B36.19 Maximum Working Pressure Conforms to Pipe Schedule Ratings as calculated by ASME B31.1 Equation "4"@ 100ºF (38ºC)
Download Datasheet -
Standard Features:
- 1 inch (25.4mm) and larger
- Process Connections sizes 1 inch through 3 inch (25.4mm to 80mm)
- ASME/ANSI Flange Ratings up to 2500lb Maximum Working Pressure
Download Datasheet
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Standard Pressure Ratings with Metal Lower Housings
Process Connection Sizes 1/4 NPTF through 1 1/2 NPT
Maximum Working Pressure 1000, 2000 psig ( 6.9 , 13.80 Mpa) @ 100ºF (38ºC)
Download Datasheet
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Standard Pressure Ratings with Metal Lower Housings Process Connection Sizes 1/4" NPTF through 1 1/2" NPT Maximum Working Pressure 1000,2000 psig ( 6.9 , 13.80 Mpa) @ 100ºF (38ºC) Download Datasheet
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The 1000 series Type Z purge system is suitable for Class I, Division 2 to non-hazardous area applications & Class II, Division 2 to non-hazardous area applications.
- UL, cUL & FM classified
- Conforms to NFPA 496 and ISA 12.4 standards
- Enclosure volumes to 450 cu. ft.
Type Z purge system models - 1000 series
1001A: Class I Enclosure Volumes ≤ 2 ft3 and Class II Enclosure Volumes ≤10 ft3 , WPS Only 1001B: Class II Enclosure Volumes ≤ 50 ft3 1001C: Class II Enclosure Volumes ≤ 250 ft3 1002: Class I Enclosure Volumes ≤ 15 ft3 1003: Class I Enclosure Volumes ≤ 75 ft3 1004: Class I Enclosure Volumes ≤ 200 ft3 1005: Class I Enclosure Volumes ≤ 450 ft3 11: Class I Enclosure Volumes ≤ 2 ft3 and Class II Enclosure Volumes ≤10 ft3 , WPS and WPSA -
The 1000 series Type Y purge system is rated for Class I, Division 1 to Division 2 area applications or Class II, Division 1 to Division 2 applications.
- UL, cUL & FM classified
- Conforms to NFPA 496 and ISA 12.4 standards
- Enclosure volumes to 450 cu. ft.
Type Y purge system models - 1000 series
1001A: Class I Enclosure Volumes ≤ 2 ft3 and Class II Enclosure Volumes ≤10 ft3 , WPS Only 1001B: Class II Enclosure Volumes ≤ 50 ft3 1001C: Class II Enclosure Volumes ≤ 250 ft3 1002: Class I Enclosure Volumes ≤ 15 ft3 1003: Class I Enclosure Volumes ≤ 75 ft3 1004: Class I Enclosure Volumes ≤ 200 ft3 1005: Class I Enclosure Volumes ≤ 450 ft3 11: Class I Enclosure Volumes ≤ 2 ft3 and Class II Enclosure Volumes ≤10 ft3 , WPS and WPSA -
1000 SERIES NOSHOK DIGITAL PRESSURE GAUGES are designed to exceed the industry’s most demanding application requirements. Using the latest in reliable ceramic thick film strain gage technology combined with low power electronics, these gauges are accurate, stable and extremely reliable. The 1000 Series gauges are ideally suited for local indication. -
1000 SERIES DIGITAL PRESSURE GAUGES
NOSHOK DIGITAL PRESSURE GAUGES are designed to exceed the industry’s most demanding application requirements. Using the latest in reliable ceramic thick film strain gage technology combined with low power electronics, these gauges are accurate, stable and extremely reliable. The 1000 Series gauges are ideally suited for local indication. -
100/150 SERIES NOSHOK MINI VALVES are small in size but deliver maximum strength and durability. Available in zinc nickel-plated steel, electropolished stainless steel and brass, these rugged mini valves are equipped with an FKM o-ring and PTFE back-up ring below the stem threads to protect against corrosion and galling. Stem threads are rolled for greater strength and ease of operation. 100 Series feature a metal-to-metal hard seat, and have a maximum pressure of 10,000 psi for stainless steel and steel models, and 6,000 psi for brass. 150 Series valves feature a patented Delrin® nonrotating soft tip stem. They have a max pressure of 6,000 psi for stainless steel and steel models, and 3,000 psi for brass. -
100 SERIES INDUSTRIAL TYPE BIMETAL THERMOMETERS
are high quality, low cost thermometers designed for limited space applications or where a weather resistant, tamper proof case is required. The bimetal element is an extremely responsive temperature sensing helix which has been carefully sized and tested, heat treated and aged to relieve inherent stresses and insure continued accuracy. -
100 SERIES NOSHOK CURRENT OUTPUT PRESSURE TRANSMITTERS are designed utilizing advanced diffused semiconductor and proven sputtered thin film sensor technology for maximum stability. They are highly repeatable, shock resistant and extremely stable over long periods of time. CE compliance, which includes substantial levels of RFI, EMI and ESD protection combined with reverse polarity and over-voltage protection, ensures that these transmitters perform well in the most demanding applications.