Honeywell Pressure And Vacuum Switches | Raptor Supplies United Kingdom
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HONEYWELL Pressure And Vacuum Switches

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Honeywell pressure and vacuum switches are used in the HVAC, automotive and aerospace industries. These vacuum switches are used to monitor pressure or vacuum levels in systems, triggering actions...Read more
HONEYWELL -

Pressure Switches

HONEYWELL C6097A3004A
HONEYWELL 76055-00001000-01B
HONEYWELL L4079B1033C
HONEYWELL C6097A3012D
StyleModelPrice (inc. VAT)
AC6097A3004£285.52
RFQ
B76055-00001000-01£156.45
RFQ
CL4079B1033£338.64
RFQ
DC6097A3012£314.69
RFQ
HONEYWELL -

Pressure Switch

Honeywell pressure switches are used to provide electrical feedback in response to a chamber either rising or falling to a pre determined pressure level. These units feature a glass-reinforced polyester enclosure with a screw terminal connection capable of field adjustments and a Kapton diaphragm compatible for use with a wide variety of fluids. They are further designed to work in conjunction with different terminations (Metri-Pack connector) which forms a tight seal when connected. Choose from a broad range of these pressure switches available in 750 PSI and 1250 psi burst pressure variants on Raptor Supplies.

HONEYWELL 76051-B00000020-01A
HONEYWELL 76054-B00000600-01B
StyleModelActionBurst PressureContact FormFactory On/Off SettingNEMA RatingRangePrice (inc. VAT)
A76051-B00000020-01Reverse750 psiSPST-NO2 psi11.1 to 3 psi ( +/-0.5)£107.13
A76053-B00000300-01Reverse1250 psiSPST-NO35 psi125 to 50 psi ( +/-5)£116.69
B76054-B00000600-01Reverse1250 psiSPST-NO60 psi151 to 90 psi ( +/-7)£113.86
A76575-B00000040-01Reverse750 psiSPST-NO4 psi13.1 to 7 psi ( +/-1)£115.91
A76576-B00000100-01Reverse750 psiSPST-NO10 psi18 to 13 psi ( +/-2)£109.34
A76055-B00001000-01Reverse1250 psiSPST-NO100 psi191 to 150 psi ( +/-10)£121.67
A76052-B00000150-01Reverse750 psiSPST-NO15 psi114 to 24 psi ( +/-3)£114.76
B76061-B00000020-01Standard750 psiSPST-NC2 psi11.1 to 3 psi ( +/-0.5)£125.96
B76064-B00000600-01Standard1250 psiSPST-NC60 psi151 to 90 psi ( +/-7)£145.74
A76577-B00000040-01Standard750 psiSPST-NC4 psi4, 4X, 133.1 to 7 psi ( +/-1)£128.15
A76072-B00000150-01Standard/Reverse750 psiSPDT-NO/NC15 psi4, 4X, 1314 to 24 psi ( +/-3)£152.04
A76580-B00000100-01Standard/Reverse750 psiSPDT-NO/NC10 psi18 to 13 psi ( +/-2)£132.32
A76074-B00000600-01Standard/Reverse1250 psiSPDT-NO/NC60 psi151 to 90 psi ( +/-7)£132.88

Features

  • Honeywell pressure switches feature a glass-reinforced polyester enclosure for durability and a diaphragm actuator to sense the pressure change.
  • These units have a Kapton diaphragm compatible for use with a wide variety of fluids.
  • They are further designed to work in conjunction with different terminations (Metri-Pack connector) which forms a tight seal when connected.
  • They are available in 750 PSI and 1250 psi burst pressure variants.

Working Mechanism

  • Apply pressure or vacuum to the sensing element.
  • Sensing element deforms in response to pressure or vacuum.
  • This causes the movement of a diaphragm or piston and activates a switch mechanism.
  • The switch mechanism then completes or interrupts an electrical circuit based on the pressure or vacuum level.
  • Finally, the electrical circuit controls associated equipment or triggers alarms.

Frequently Asked Questions

How do I install Honeywell pressure and vacuum switches?

  • Securely mount the switch using appropriate fasteners, ensuring it is positioned correctly.
  • Connect the electrical wiring to the terminals of the pressure or vacuum switch according to the wiring diagram provided.
  • Test the operation of the switch to ensure it functions correctly and responds appropriately to changes in pressure or vacuum.
  • If required, adjust the switch settings according to the application requirements.
  • Once tested and adjusted, securely fasten any connections and ensure they are properly insulated.
  • Conduct a final inspection to verify that the switch is installed correctly and is ready for use.

What factors should I consider while choosing a pressure and vacuum switch?

  • Select a switch with the necessary accuracy to meet your operational requirements.
  • Determine if the switch allows for easy adjustment of setpoints to accommodate varying pressure or vacuum levels.
  • Consider the response time of the switch to ensure it reacts quickly to pressure or vacuum changes as needed.
  • Assess the operating environment for factors such as temperature, humidity, and exposure to corrosive or hazardous substances, and choose a switch that can withstand these conditions.
  • Ensure the switch's electrical rating matches your system requirements to prevent overload or failure.
  • Choose a switch with mounting options suitable for your application, whether it's panel mount, pipe mount or other configurations.
  • Select a switch from a reputable manufacturer known for producing reliable and durable products to minimise the risk of failure.
  • Check if the switch meets industry standards and certifications relevant to your application, such as UL, CE or CS

What safety precautions should I take while using a pressure and vacuum switch?

  • Operate the switch within specified temperature, humidity and environmental conditions outlined in the manual to prevent damage or malfunction.
  • Follow electrical safety procedures when connecting the switch to power sources, such as turning off the power before installation, using insulated tools and wearing appropriate personal protective equipment.
  • Do not exceed the maximum pressure or vacuum rating of the switch to prevent damage or failure.
  • Periodically inspect the switch for signs of damage, wear or corrosion and replace any worn or damaged components promptly.
  • Establish procedures for emergency shutdown in case of switch malfunction or unexpected pressure / vacuum conditions.

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