• Approvals: INMETRO, IECEX  Area Classification: Ex db IIB

• Position Switches: Two SPDT Magnum Switches - 8 pt. Terminal Strip Two P+F NJ2-V3-N NAMUR Inductive Proximity Sensors - 8 pt. Terminal Strip Two SPDT Magnum Switches, Rhodium Contacts - 8 pt. Terminal Strip MagPAC Module (Two SPST Bifurcated Reeds), Diagnostic LEDs - 12 pt. Terminal Strip Two DPDT Magnum Cobra - 12 pt. Terminal Strip, High Cover, 4 Conduits Two DPDT Magnum Cobra, Rhodium Contacts - 12 pt. Terminal Strip, High Cover 4 Conduits Four SPDT Magnum Switches - 16 pt. Terminal Strip Four P+F NJ2-V3-N NAMUR Inductive Proximity Sensors - 16 pt. Terminal Strip Four SPDT Magnum Switches, Rhodium Contacts - 16 pt. Terminal Strip Four DPDT Magnum Cobra, Rhodium Contacts - 24 pt. Terminal Strip, High Cover, 4 Conduits Four DPDT Magnum Cobra, Rhodium Contacts - 24 pt. Terminal Strip, High Cover, 4 Conduits Six SPDT Magnum Switches - 24 pt. Terminal Strip, High Cover, 4 Conduits Six P+F NJ2-V3-N NAMUR Inductive Proximity Sensors - 16 pt. Terminal Strip, High Cover Six SPDT Magnum Switches, Rhodium Contacts - 24 pt. Terminal Strip, High Cover, 4 Conduits

• Enclosure MOC: Aluminium

• Beacon colour: BM2-Y/ BM2-RG/ BM2-Y-FE / BM2- Y-LP /BM3-1/ BM3-3/ BM3-5 /BM3-7/ BM3-9/ Flat cover

• Shaft output: Standard/ Direct mount to Keystone F89 actuators / NAMUR

• Conduit: Two 3/4" NPT (F) Four 3/4" NPT (F) Two 3/4" NPT (F), One 1/2" NPT (F) & One 1/2" NPT (M) Two 3/4" NPT (F) & Two 1/2" NPT (M) Two 3/4" NPT (F) & Two 1/2" NPT (F) Two M20 (F) Four M20 (F)

• Position Transmitter: one 4-20 mA Digital Signal Position Transmitter

• Unit Specialty Codes: INMETRO Certification, 316 Stainless Steel Enclosures, **120 VAC Heater Resistor, 12 pt. Terminal Strip, **24 VDC Heater Resistor, SIL 3

• Touch set cams are hand adjustable, spring loaded and self-locking providing quick calibration of position switches and sensors.

• Eliminator option for easy integration of external solenoid valve.

• Aluminium enclosures with ultra-low copper content (0.2% maximum) ensure robust performance in corrosive environments