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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
