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Why use HRC? • to recover precious metals • to remove metal from waste streams • to reduce (rinsing) water consumption • to avoid troublesome techniques to convert recovered precious metals back to liquids/production -
Features- Highly adaptable to most applications where electrical heating is required. They can be used in their straight form or bent into various shapes.
- Used in free air, clamped to a surface, placed inside a groove, or cast into metal.
- Use 80% Nickel 20 % Chromium high-grade coiled resistance wire as a heating core.
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Features • Inert to most aqueous acid, alkaline, anodizing, & pickling solutions up to 100°C (212°F) • Rugged, heavy wall PTFE covered stainless steel element reduces permeation. Guaranteed 100% pinhole free • Space saving & long service life with low Watt density of 10 W/in2 (1.5 W/cm2) • Vapor-resistant, flame retardant polypropylene terminal enclosure with 3 ft (.9m) flexible PVC liquid tight conduit • Lower Watt densities available for highly viscous solutions & technical acids • Optional patented purge feature promotes longer heater life -
Features • Inert to most aqueous acid, alkaline, anodizing, & pickling solutions up to 100°C (212°F) • Rugged, heavy wall PTFE covered stainless steel element reduces permeation. Guaranteed 100% pinhole free • Space saving & long service life with low Watt density of 10 W/in2 (1.5 W/cm2) • Vapor-resistant, flame retardant polypropylene terminal enclosure with 3 ft (.9m) flexible PVC liquid tight conduit • Lower Watt densities available for highly viscous solutions & technical acids • Optional patented purge feature promotes longer heater life -
Features • Inert to most aqueous acid, alkaline, anodizing, & pickling solutions up to 100°C (212°F) • Rugged, heavy wall PTFE covered stainless steel element reduces permeation. Guaranteed 100% pinhole free • Space saving & long service life with low Watt density design of 10 W/in2 (1.5 W/cm2) • Vapor-resistant, flame retardant polypropylene terminal enclosure with 3 ft (.9m) flexible PVC liquid tight conduit • Lower Watt densities available for highly viscous solutions & technical acids • Optional patented purge feature promotes longer heater life -
Features • Inert to most aqueous acid, alkaline, anodizing, & pickling solutions up to 100°C (212°F) • Rugged, heavy wall PTFE covered stainless steel element reduces permeation. Guaranteed 100% pinhole free • Space saving & long service life with low Watt density design of 10 W/in2 (1.5 W/cm2) • Vapor-resistant, flame retardant polypropylene terminal enclosure with 3 ft (.9m) flexible PVC liquid tight conduit • Lower Watt densities available for highly viscous solutions & technical acids -
Features • Inert to most aqueous acid, alkaline, anodizing, & pickling solutions up to 100°C (212°F) • Rugged, heavy wall PTFE covered stainless steel element reduces permeation. Guaranteed 100% pinhole free • Space saving & long service life with low Watt density of 10 W/in2 (1.5 W/cm2) • Vapor-resistant, flame retardant polypropylene terminal enclosure with 3 ft (.9m) flexible PVC liquid tight conduit • Lower Watt densities available for highly viscous solutions & technical acids • Optional patented purge feature promotes longer heater life -
Features • Inert to most aqueous acid, alkaline, anodizing, & pickling solutions up to 100°C (212°F) • Rugged, heavy wall PTFE covered stainless steel element reduces permeation. Guaranteed 100% pinhole free • Space saving & long service life with low Watt density Design of 10 W/in2 (1.5 W/cm2) • Flexible riser with 4 ft. (1.2m) of continuous PTFE cable leading to vapor-resistant, flame retardant polypropylene terminal enclosure with 3 ft (.9m) flexible PVC liquid tight conduit • Lower Watt densities available for highly viscous solutions & technical acids • Optional patented purge feature promotes a longer heater life by reducing chemical permeation -
Features • Inert to most aqueous acid, alkaline, anodizing, & pickling solutions up to 100°C (212°F) • Rugged, heavy wall PTFE covered stainless steel element reduces permeation. Guaranteed 100% pinhole free • Space saving & long service life with low Watt density design of 10 W/in2 (1.5 W/cm2) • Flexible riser with 4 ft. (1.2m) of continuous PTFE cable leading to vapor-resistant, flame retardant polypropylene terminal enclosure with 3 ft (.9m) flexible PVC liquid tight conduit • Lower Watt densities available for highly viscous solutions & technical acids • Optional patented purge feature promotes a longer heater life by reducing chemical permeation -
Features • Inert to most aqueous acid, alkaline, anodizing, & pickling solutions up to 100°C (212°F) • Rugged, heavy wall PTFE covered stainless steel element reduces permeation. Guaranteed 100% pinhole free • Space saving & long service life with low Watt density design of 10 W/in2 (1.5 W/cm2) • Flexible riser with 4 ft. (1.2m) of continuous PTFE cable leading to vapor-resistant, flame retardant polypropylene terminal enclosure with 3 ft (.9m) flexible PVC liquid tight conduit • Lower Watt densities available for highly viscous solutions & technical acids • Optional patented purge feature promotes a longer heater life by reducing chemical permeation -
Features • Inert to most aqueous acid, alkaline, anodizing, & pickling solutions up to 100°C (212°F) • Rugged, heavy wall PTFE covered stainless steel element and PVDF screw plug reduces permeation. Guaranteed 100% pinhole free • Space saving & long service life with low Watt density design of 10 W/in2 (1.5 W/cm2) • Polypropylene terminal enclosure with 3 ft (.9m) flexible PVC liquid tight conduit • Lower Watt densities available for highly viscous solutions & technical acids -
Principal Characteristics • Transducer with exposed tracks, allowing rod diameter is reduced to be reduced to a minimum to permit installation in small cylinders. • Thanks to a special constructive technique, the IC transducer provides high resistance to the working pressures of oil-pressure cylinders (max 340 bar) • Available with internal flanges or external threads to guarantee mechanical compatibility with all principal cylinder types. -
Features • ONDA technology • Stroke: 50 to 4000mm • Position resolution settable via software up to 1 μm • Speed resolution up to 0.25 mm/sec • Conforms to CE directives (EN 50081-1 50082-1) • Vibration-resistant (DIN IEC68T2/6 12 g) • IP67 protection rating • Controls up to four cursors simultaneously • Two M12 connectors for simplified connection to Profibus and one M8 connector for separate connection to power supply (transducer can be powered without having to be connected to bus) • Local intelligence • Profibus DPV0 interface on RS485 in conformity to IEC 61158 -
Features • Pressure ranges from: 0-17 to 0-1000 bar / 0-250 to 0-15000 psi • Accuracy: < ±0.25% FS (H); < ±0.5% FS (M) • “Mercury free” hydraulic transmission system for pressure signal guarantees stability at working temperature (NaK). • 1/2-20UNF, M18x1.5 standard threads; other types available on request • Inconel 718 diaphragm with GTP+ coating for temperatures up to 538°C (1000°F) • 15-5 PH diaphragm with GTP+ coating for temperatures up to 400°C (750°F) • Hastelloy C276 diaphragm for temperatures up to 300°C (570°F) • 17-7 PH corrugated diaphragm with GTP+ coating for ranges below 100bar-1500psi up to 400°C (750°F) • Stem material: 17-4 PH • IO-Link output, ready for “Industry 4.0” • Rangeabilty: 3:1 • PLd and SIL2 approvals for Functional safety • Autozero function • Auxiliary information over IO-Link protocol -
Features • Upto 16 inputs/16 outputs • For Temperature, Pressure, Flow, Level, RH, Conductivity, etc. • Various Input (X)/Output (Y) combinations : X4Y0, X4Y8, X8Y4, X8Y16, X16Y16, etc • Universal Input : 8 Thermocouples, Pt100, mV or mA input front panel selection without DIP for each channel • Front panel user calibration • Input burn protection • Non-volatile memory for parameters - no batteries • 3 key, 5 level programming • Setpoint and level locks • Tactile membrane keypad • 5 software versions : Indicator, Multisetpoint, Grouping, etc • RS485 with MODBUS RTU • Powerful, flexible SCADA software available • FDA21CFR Part11 compliant SCADA version also • Option : Printer interface (no computer needed) • 85~265 V AC SMPS or 24 V DC supply -
Features • Up to 16 inputs/16 outputs • For Temperature, Pressure, Flow, Level, RH, Conductivity, etc. • Various Input (X)/Output (Y) combinations : X4Y0, X4Y8, X8Y4, X8Y16, X16Y16, etc • Universal Input : 8 Thermocouples, Pt100, mV or mA input front panel selection without DIP for each channel • Front panel user calibration • Input burn protection • Non-volatile memory for parameters - no batteries • 3 key, 5 level programming • Setpoint and level locks • Tactile membrane keypad • 5 software versions : Indicator, Multisetpoint, Grouping, etc • RS485 with MODBUS RTU • Powerful, flexible SCADA software available • FDA21CFR Part11 compliant SCADA version also • Option : Printer interface (no computer needed) • 85~265 V AC SMPS or 24 V DC supply -
Features- This product senses the temperature in the air easily because of the spiral shaped sensor
- Temperature Range: 0°C ~ 50°C
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Features • Aluminum case • IP20 Protection -
Features • Ball bearing fan heater ensures long life • compact design • Aluminum case • IP20 Protection • internal connection piece -
Features • Compact design • DIN-Rail Mounting -
Features • Compact heater • Integrated thermostat • Clip fixing • Optical Indicator • Temperature safety cut-out -
Features • Compact design • Double insulated • Integrated thermostat or hygrostat • Optional clip or screw fixing -
Features- Large Setting Range
- Small Size
- Simple to Mount
- High Switching Performance
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Features- Large Setting Range
- Small Size
- Simple to Mount
- High Switching Performance
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Features- NO and NC in one casing
- Separate adjustable temperature
- High switching capacity
- Terminal easily accessible
- Clip fixing
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Features • Pressure ranges from: 0-35 to 0-1000 bar / 0-500 to 0-15000 psi • Accuracy <±0.25% FSO (H); <±0.5% FSO (M) • Hydraulic transmission system for pressure signal guarantees stability at working temperature (NaK). Liquid conforming to RoHS Directive. NaK is defined as a safe substance (GRAS • Quantity of NaK contained per model: K30 series (30mm³) [0.00183 in³], K31-K32-K33 series (40mm³) [0.00244 in³] • 1/2-20UNF, M18x1.5 standard threads; other types available on request • Inconel 718 diaphragm with GTP+ coating for temperatures up to 538°C (1000°F) • 15-5 PH diaphragm with GTP+ coating for temperatures up to 400°C (750°F) • Hastelloy C276 diaphragm for temperatures up to 300°C (570°F) • 17-7 PH corrugated diaphragm with GTP+ coating for ranges below 100bar-1500psi up to 400°C (750°F) • Stem material: 17-4 PH -
Features • Pressure ranges from: 0-17 ato 0-1000 bar / 0-250 to 0-15000 psi • Accuracy: < ±0.25% FSO (H); < ±0.5% FSO (M) • Hydraulic transmission system for pressure signal guarantees stability at working temperature (NaK). Liquid conforming to RoHS Directive. NaK is defined as a safe substance (GRAS). • Quantity of NaK contained per model: K70 series (30mm³) [0.00183 in³], K71, K72, K73 (40mm³) [0.00244 in³] • 1/2-20UNF, M18x1.5 standard threads; other types available on request • Autozero function on board / external option • Inconel 718 diaphragm with GTP+ coating for temperatures up to 538°C (1000°F) • 15-5 PH diaphragm with GTP+ coating for temperatures up to 400°C (750°F) • Hastelloy C276 diaphragm for temperatures up to 300°C (570°F) • 17-7 PH corrugated diaphragm with GTP+ coating for ranges below 100 bar-1500 psi up to 400°C (750°F) • Material of stem 17-4PH -
Features • Pressure ranges from: 0-17 to 0-1000 bar / 0-250 to 0-15000 psi • Accuracy: < ±0.25% FS (H); < ±0.5% FS (M) • SIL2 approvals for Functional Safety • Hydraulic transmission system for pressure signal guarantees stability at working temperature (NaK). Liquid conforming to RoHS Directive. • 1/2-20UNF, M18x1.5 standard threads; other types available on request • Autozero function on board / external option • Stem drift Auto compensation function (SP version) • Inconel 718 diaphragm with GTP+ coating for temperatures up to 538°C (1000°F) • 15-5 PH diaphragm with GTP+ coating for temperatures up to 400°C (750°F) • Hastelloy C276 diaphragm for temperatures up to 300°C (570°F) • 17-7 PH corrugated diaphragm with GTP+ coating for ranges below 100 bar-1500 psi up to 400°C (750°F) • Material of stem 17-4PH -
Features Electrical • Digital output signal with DP404 CAN OPEN communication protocol • Transmission frequency (Baud rate): 10 Kbaud to 1Mbaud (default 500 Kbaud) • Software selection of Baud rate and ID nodes • Operation with 1 or 2 settable alarm limits • “Autozero” for temperature compensation • 80% FSO calibration signal -
Features • Pressure ranges from: 0-35 to 0-1000 bar / 0-500 to 0-15000 psi • Accuracy: < ±0.25% FSO (H); < ±0.5% FSO (M) • Hydraulic transmission system for pressure signal guarantees stability at working temperature (NaK). Liquid conforming to RoHS Directive. NaK is defined as a safe substance (GRAS) • Quantity of NaK contained per model: KE0 series (30mm³) [0.00183 in³], KE1, KE2, KE3 (40mm³) [0.00244 in³] • 1/2-20UNF, M18x1.5 standard threads; other types available on request • Autozero function on board / external option • Stem drift Auto compensation function (SP version) • Inconel 718 diaphragm with GTP+ coating for temperatures up to 538°C (1000°F) • 15-5 PH diaphragm with GTP+ coating for temperatures up to 400°C (750°F) • Hastelloy C276 diaphragm for temperatures up to 300°C (570°F) • 17-7 PH corrugated diaphragm with GTP+ coating for ranges below 100bar-1500psi up to 400°C (750°F) • Stem material: 17-4 PH -
Features • Pressure ranges from: 0-17 to 0-1000 bar / 0-250 to 0-15000 psi • Accuracy: < ±0.25% FSO (H); < ±0.5% FSO (M) • Hydraulic transmission system for pressure signal guarantees stability at working temperature (NaK). Liquid conforming to RoHS Directive. NaK is defined as a safe substance (GRAS) • Quantity of NaK contained per model: KE0 series (30mm³) [0.00183 in³], KE1, KE2, KE3 (40mm³) [0.00244 in³] • 1/2-20UNF, M18x1.5 standard threads; other types available on request • Autozero function on board / external option • Inconel 718 diaphragm with GTP+ coating for temperatures up to 538°C (1000°F) • 15-5 PH diaphragm with GTP+ coating for temperatures up to 400°C (750°F) • Hastelloy C276 diaphragm for temperatures up to 300°C (570°F) • 17-7 PH corrugated diaphragm with GTP+ coating for ranges below 100bar-1500psi up to 400°C (750°F) • Stem material: 17-4 PH -
Features • Pressure ranges from: 0-17 to 0-1000 bar / 0-250 to 0-15000 psi • Accuracy: < ±0.25% FS (H); < ±0.5% FS (M) • Hydraulic transmission system for pressure signal guarantees stability at working temperature (NaK). Liquid conforming to RoHS Directive. • SIL2 approvals for Functional Safety • 1/2-20UNF, M18x1.5 standard threads; other types available on request • Autozero function on board / external option • Stem drift Auto compensation function (SP version) • Inconel 718 diaphragm with GTP+ coating for temperatures up to 538°C (1000°F) • 15-5 PH diaphragm with GTP+ coating for temperatures up to 400°C (750°F) • Hastelloy C276 diaphragm for temperatures up to 300°C (570°F) • 17-7 PH corrugated diaphragm with GTP+ coating for ranges below 100bar-1500psi up to 400°C (750°F) • Stem material: 17-4 PH -
Features • Ranges: from 4 to 1000 bar • Nominal Output Signal: 0...10Vdc (3 wires) / 4...20mA (2 wires) 0.5...4.5 v ratiometric • Compact size • Wetted parts: Stainless steel • SIL 2 certified according to IEC/EN 62061:2005 -
Features • J1939 and CANOpen digital signal output • All stainless steel construction • Pressure ranges up to 1000 bar -
Features • J1939 and CANOpen digital signal output • All stainless steel construction • Pressure ranges up to 1000 bar -
Features • Pressure ranges from: 0-35 to 0-1000 bar / 0-500 to 0-15000 psi • Accuracy: < ±0.25% FSO (H); < ±0.5% FSO (M) • Hydraulic transmission system for pressure signal guarantees stability at working temperature (NaK). Liquid conforming to RoHS Directive. NaK is defined as a safe substance (GRAS). • Quantity of NaK contained per model: KN0 series (30mm3) [0.00183 in3], KN1, KN2, KN3 (40mm3) [0.00244 in3] • 1/2-20UNF, M18x1.5 standard threads; other types available on request • Autozero function on board / external option • Stem drift Auto compensation function (SP version) • Inconel 718 diaphragm with GTP+ coating for temperatures up to 538°C (1000°F) • 15-5 PH diaphragm with GTP+ coating for temperatures up to 400°C (750°F) • Hastelloy C276 diaphragm for temperatures up to 300°C (570°F) • 17-7 PH corrugated diaphragm with GTP+ coating for ranges below 100 bar-1500 psi up to 400°C (750°F) • Material of stem 17-4PH -
Features • Ranges: from 1 to 1000 bar • Nominal Output Signal: 4...20mA (2 wires) 0...10Vdc / 0.1...5.1Vdc / 0.1...10.1Vdc / 0...5Vdc / 1...5Vdc / 1...6Vdc / 1...10Vdc / 0.2...10.2Vdc (3 wires) 0.5...4.5Vdc (3 wires - ratiometric) • Compact size • Wetted parts: Stainless steel • SIL 2 certified according to IEC/EN 62061:2005 -
Features • For use in most aqueous alkaline solutions, plating and phosphate tanks. Check solution recommendation chart with your chemical supplier for proper sheath material selection. • Heavy wall metal sheaths available in: steel, 304 stainlesss steel, 316 stainless steel, titanium. • Watt densities up to 18 watts per square inch (2.8 w/cm²) ensure long service life. • Vapor-resistant, flame retardant polypropylene termimal enclosure with 3 ft (.9m) flexible PVC liquid tight conduit. • Temperature and level controls sized to match the heater. • Lower watt densities for highly viscous solutions. -
Features • The transducer has been improved in order to guarantee greater reliability under all conditions • A sturdier structure makes the LT series even stronger for applications with heavy vibration • Installation is made simpler by the absence of electrical signal variation in output, outside the Theoretical Electrical Stroke • The new grooves provide an excellent alternative to the usual system of fastening with brackets • Ideal for applications on plastic injection presses, vertical presses, and on many other processing machines -
Features • This transducer is designed to guarantee a high protection level (IP67) in applications under harsh conditions and outdoors, where it may be necessary to work in the direct presence of dust, dirt, or liquids (not in prolonged immersion) • The grooves on the profile provide an excellent alternative to the usual system of fastening with brackets • Ideal for applications on plastic injection presses with installation at points that are highly exposed to lubricants • Also indicated for processing machines on which the transducer cannot be protected by guards -
Features • Complete (turn-key) System • DAC™ (Demand Anticipation Control) Temperature Control System • Patented Purged PTFE-Covered Heating Element Design -
Features The M0 Series is a melt pressure control system which comes complete with the following items: • M3x-6-M-xxxx-1-4-D-000 (melt pressure transducer) • 2500-0-0-0-W-0-1 (1/4 DIN pressure controller) • C08WLS (25 foot 6-pin cable) • SF18 (mounting bracket) -
Features • Magnetic drive • Sealless, 100% leak free • Ceramic bearings • Including complete +GF+ union ends • EPDM elastomers for PP and FPM for PVDF • Max. temperature PP 80°C, PVDF 100°C • Stainless steel fasteners and type shields • Extra strong neodymium magnets • Single stage operation • High quality European, purpose designed electric motor: - 3 phase, 50/60 Hz, 2800/3400 rpm, IP55, multi voltage - with double layer 2C chemical resistant coating - suitable for frequency drive control -
Features • Magnetic drive • Sealless, 100% leak free • Ceramic/PTFE bearings • Including complete +GF+ union ends • EPDM elastomers • Max. temperature PP 80°C, PVDF 100°C • Stainless steel fasteners and type shields • Extra strong neodymium magnets • Single stage operation • High quality European, purpose designed electric motor: - 3 phase, 50/60 Hz, 2900/3500 rpm, IP55, multi voltage - with double layer 2C chemical resistant coating - suitable for frequency drive control -
Features The M7 Series is a melt pressure monitoring system which comes complete with the following items: • M3x-6-M-xxxx-1-4-D-000 (melt pressure transducer) • 40B-96-5-10-RR-R0-3-0-1 (1/8 DIN pressure indicator) • C08WLS (25 foot 6-pin cable) • SF18 (mounting bracket) -
Features The M8 Series is a melt pressure monitoring system which comes complete with the following items: • M3x-6-M-xxxx-1-4-D-000 (melt pressure transducer) • 40TB-10-RRR-1-0-1 (1/4 DIN pressure indicator) • C08WLS (25 foot 6-pin cable) • SF18 (mounting bracket) -
Features The M92 is a melt pressure and temperature monitoring system which comes complete with the following items: • M32-6-M-xxxx-1-4-D-000 (melt pressure transducer with type “J” thermocouple) • 40TB-10-RRR-2-0-1 (1/4 DIN pressure and temperature indicator) • C08WLS (25 foot 6-pin cable) • SF18 (mounting bracket) -
Features • Circular housing • Screw connection • 3 to 37 contacts • ARCAP (stainless steel), gold-plated brass contacts, neoprene insert -
Features • ONDA technology • Stroke: 50 to 4000mm • Position resolution settable via software up to 1 μm • Speed resolution up to 0.25 mm/sec • Conforms to CE directives (EN 50081-1 50082-1) • Vibration-resistant (DIN IEC68T2/6 12 g) • IP67 protection rating • Controls up to four cursors simultaneously • Two M12 connectors for simplified connection to Profibus and one M8 connector for separate connection to power supply (transducer can be powered without having to be connected to bus) • Local intelligence • Profibus DPV0 interface on RS485 in conformity to IEC 61158 -
Features • Measure strain in deep holes • With calibrated digital amplifier • Quick and easy mounting with torque-wrench • High linearity on tension and compression • For dynamic applications • Used in injection moulding and die-casting machines or any cylinder • Very high accuracy (like bonded strain gauges) • Protected against overload -
Features • For use in most aqueous alkaline solutions, plating and phosphate tanks. Check solution recommendation chart with your chemical supplier for proper sheath material selection • Heavy wall metal sheaths available in: steel, 304 stainlesss steel, 316 stainless steel, titanium • Watt densities up to 35 watts per square inch (5.4 w/cm²) ensure long service life • Vapor-resistant, flame retardant polypropylene terminal enclosure with 3 ft (.9m) flexible PVC liquid tight conduit • Temperature and level controls sized to match the heater • Lower watt densities for highly viscous solutions -
Features • 3-channel controller, 3-channel input, 3-channel setting and simultaneous 3-channel display are possible • Accuracy: ± (0.3% FS + 1 digit) • Follow-up type PV input function • Follow-up type SV setting function • Remote/local and DI input function • Programmable 1 pattern with 9-step function • Included a new processing system, Expert PID, remarkably improved PID control efficiency; overshoot and undershoot are controlled effectively. • Interface RS232C/RS485 -
Features • Magnetic drive • Sealless, 100% leak free • Ceramic/PTFE bearings • Including complete +GF+ union ends • EPDM elastomers • Max. temperature 80°C • Stainless steel fasteners and type shields • Extra strong neodymium magnets • Single stage operation • High quality European, purpose designed electric motor: - 3 phase, 50/60 Hz, 2900/3500 rpm, IP55, multi voltage - with double layer 2C chemical resistant coating - suitable for frequency drive control -
Features • Magnetic drive • Sealless, therefore leakfree • Provide extra safety factor for agressive and expensive liquids • Standard with GF union connetions with a choice of sockets, available in PP, PVDF and CPVC • Max. temp. PP 80˚C / 176˚F , PVDF 100˚C / 212˚F • Motor with two component Polyurethane coating for excellent chemical resistance -
Features • Reduced complexity • Designed for performance • Engineered for Safety • Advanced Cleanliness -
Principal Characteristics • The transducer’s compactness makes it suitable for installation in small spaces and for detecting small shifts. • The joint with up-take of slack and M4 threading provides greater tolerances in movement. • Installation is simplified by the lack of electrical signal variation at output outside theoretical electrical stroke. • Ideal for small mechanical devices, valves, and test tools and benches. -
Principal Characteristics • The transducer is designed to satisfy extreme applicative demands in terms of mechanical strength. • The 10 mm diameter rod, large steel joints, and reinforced structure make this series mechanically ideal for Metal working, woodworking, and ceramics. • Installation is simplified by the lack of electrical signal variation at output outside theoretical electrical stroke. • The structure based on self-aligning and weight-bearing ball joints permits assembly with free movement of the transducer axle -
Applicative Characteristics • The PC67 displacement transducer was developed to guarantee a high protection level (IP67) in applications under harsh conditions and outdoors, where it may be necessary to work in the presence of dust, dirt, or liquids (not in prolonged immersion). • The robust structure of the PC series has been improved thanks to a sealing system (patent pending) that makes it extremely reliable. • Ideal for mobile hydraulic applications, on agricultural machines, earth-moving equipment and utility vehicles -
Features • Interface module integrated in the connector • Standard output 0...10Vdc (PCIR 101) • Standard output 4...20mA(PCIR 102) • High linearity • Adjustable Zero and Span • Low zero and span thermal drift • 4 pole female DIN43650 connector for LTM and PKM potentiometer • DIN 43650 4-pin female connector for direct connection to LTM and PKM potentiometers (the DIN 43650 connector in the PCM series is smaller and cannot be connected directly) -
Features • High impedance input >100 Mohm • Voltage output 0...10V • Linearity error < 0,02% full scale output • Can be connected simultaneously to two transducers • Low thermal drift 0,01% full scale / °C • Suitable for DIN rail mounting EN50035 and EN50022 -
Features- Silicon chips on differential pressure module of MEMS integration technology
- Offset function / UI software
- Low-pressure monitoring, high pressure resistance
- RS-485 communication interface(Optional), Modbus RTU protocol
- Physical unit switch(User Interface)：mbar / Pa / hPa / kPa / mmH2O / mmWS / inH2O / mmHg
- Square root function
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Features • The transducer has been improved in order to guarantee greater reliability under all conditions • Mechanical linkage using joint with take up of play, M5 thread • Installation is made simpler by the absence of electrical signal variation in output, outside the Theoretical Electrical Stroke • The new grooves provide an excellent alternative to the usual system of fastening with brackets • Ideal for applications on plastic injection presses, vertical presses, and on many other processing machines • Grade of protection IP40 -
Principal Characteristics • The PMA-12 transducer, a development of the PME series, is designed for installation with self-aligning joints. • The IP67 protection level makes the PMA-12 highly suitable for humid and wet environments and in temporary immersion (CEI EN 60529). • Available only with cable output. • Ideal for applications on metalworking and ceramics machines, as well as on earth-moving machines and utility vehicles. Recommended in all cases where the angle of the drive axle changes constantly. -
Features- Silicon chips on differential pressure module of MEMS integration technology
- Offset function / UI software
- Low-pressure monitoring, high pressure resistance
- RS-485 communication interface (Optional), Modbus RTU protocol
- Physical unit switch (User Interface)：mbar / Pa / hPa / kPa / mmH2O / mmWS / inH2O / mmHg
- Square root function
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Features • Rectilinear displacement transducer without drag shaft, completely water-tight (IP67), designed to work in humid environments (CEI EN 60529) • The PME series has an external magnetic actuator linked to an internal measurement cursor • The magnetic cursor replaces the drag shaft used in traditional displacement transducers, making the instrument even more compact • Installation is made simpler because there is no variation in the electrical output signal outside the Theoretical Electrical Stroke • The instrument can be used in compressed air applications with max. working pressure of 20 bar. -
Main Characteristics • The PMI-12 transducer is designed for use inside oil pressure cylinders, applications that demand high strength. • The AISI316 stainless steel body and elevated protection level permit installation in cylinders with pressures up to 250 bar (400 bar peak). • Available with internal flanges or external threads to guarantee mechanical compatibility with all principal cylinder types. • Patented -
Applicative Characteristics • The PMI-SL transducer, an evolution of the PMI-12, is designed for all inside cylinder applications which require a smaller transducer. For this reason, the diameter has been reduced to 12.7 mm. • The PMI Slim offers the same robustness as the PMI-12: AISI 316 stainless steel body, IP67 protection level, and pressure resistance up to 250 bar (400 bar peak) • Available with flanged or threaded heads, to guarantee mechanical compatibility with all main cylinder types • Patented solution • Ideal for applications inside hydraulic cylinders, demanding simple solutions which guarantee measurement repeatability -
Applicative Characteristics • The PMI-SLE transducer, is the amplified version of the PMI-SL, a product designed for all inside cylinder applications which require a smaller transducer (the rod diameter is only 12,7 mm). • The PMI Slim offers the same robustness: stainlessteel body, IP67 protection level, and pressure resistance up to 250 bar (400 bar peak) • Available with flanged or threaded heads, to guarantee mechanical compatibility with all main cylinder types • Patented solution • Ideal for applications inside hydraulic cylinders, demanding simple solutions which guarantee measurement repeatability. -
Features • Glass filled thermoplastic body with original thermocouple material pins and springloaded inserts • Polarized pins ensure proper connection • Easy wire connection through sandwich construction • Molded barriers prevent short circuit • Rugged one body design • Polarity indication on body -
Features • Glass filled thermoplastic body with original thermocouple material pins and springloaded inserts • Polarized pins ensure proper connection • Easy wire connection through sandwich construction • Molded barriers prevent short circuit • Rugged one body design • Polarity indication on body • Stainless steel bracket and screws for rear panel mounting -
Features • Glass filled thermoplastic body with original thermocouple material pins and springloaded inserts • Polarized pins ensure proper connection • Easy wire connection through sandwich construction • Molded barriers prevent short circuit • Rugged one body design • Polarity indication on body • Stainless steel bracket and screws for rear panel mounting -
Features • Glass filled thermoplastic body with original thermocouple material pins and springloaded inserts • Polarized pins ensure proper connection • Easy wire connection through sandwich construction • Molded barriers prevent short circuit • Rugged one body design • Polarity indication on body • Stainless steel screws and brackets for front mounting -
Features • Glass filled thermoplastic body with original thermocouple material pins and springloaded inserts • Polarized pins ensure proper connection • Easy wire connection through sandwich construction • Molded barriers prevent short circuit • Rugged one body design • Polarity indication on body • Stainless steel bracket and screws for rear panel mounting -
Features • Glass filled thermoplastic body with original thermocouple material pins and springloaded inserts. • Polarized pins ensure proper connection • Easy wire connection through sandwich construction • Molded barriers prevent short circuit • Rugged one body design • Polarity indication on body • Stainless steel bracket and screws for rear panel mounting -
Features • Glass filled thermoplastic body with original thermocouple material pins and springloaded inserts • Polarized pins ensure proper connection • Easy wire connection through sandwich construction • Molded barriers prevent short circuit • Rugged one body design • Polarity indication on body -
Features • Sealed industrial version • Independent linearity up to ± 0,05% (standard ± 0,5%) • Working temperature: -55...+100°C • Repetibility 0,01% della C.E.T. • Life duration: >100x106 operations at 10 r.p.s. (within C.E.U.) • Infinite resolution • Electrical connection: 5-pole connector DIN 43322 • Grade of protection IP65 • Suitable for use in explosive environments with presence of gas (groups IIA, IIB, IIC) and combustible powders. Standards for simple device: ATEX CEI EN 50020 2003 - paragraph 5.4 a -
Features • Models 09, 11, 20 • Servo mounting • Independent linearity up to ± 0,05% (standard ± 0,5%) • Repetibility 0,01% C.E.T. • Rotation speed ≤ 600 r.p.m. (within C.E.U.) • Life duration: >100x106 operations at 10 r.p.s. • Infinite resolution • Electrical terminals: turrets • Grade of protection IP40 • Suitable for use in explosive environments with presence of gas (groups IIA, IIB, IIC) and combustible powders. Standards for simple device: ATEX CEI EN 50020 2003 - paragraph 5.4 a -
Features • Glass filled thermoplastic body with original thermocouple material pins and springloaded inserts • Polarized pins • Molded barriers prevent short circuit • Polarity indication next to connection screws -
Features • Glass filled thermoplastic body with original thermocouple material pins and springloaded inserts • Polarized pins ensure proper connection • Molded barriers prevent short circuit • Polarity indication on the body • Rugged one body design • Stainless steel screws and bracket for rear mounting -
Features • Glass filled thermoplastic body with original thermocouple material pins and springloaded inserts • Polarized pins • Molded barriers prevent short circuit • Polarity indication next to connection screws -
Features • Glass filled thermoplastic body with original thermocouple material pins and springloaded inserts • Polarized pins ensure proper connection • Easy wire connection through sandwich construction • Molded barriers prevent short circuit • Rugged one body design • Polarity indication on body • Stainless steel screws and brackets for front mounting -
Features • Glass filled thermoplastic body with original thermocouple material pins and springloaded inserts • Polarized pins ensure proper connection • Easy wire connection through sandwich construction • Molded barriers prevent short circuit • Rugged one body design • Polarity indication on body • Stainless steel screws and bracket for rear mounting -
Features • Glass filled thermoplastic body with original thermocouple material pins and springloaded inserts • Polarized pins ensure proper connection • Central cover screw design for quick wiring • Molded barriers prevent short circuit • Captive cover screw for easy assembly
