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Features • Body of ultra-high temp thermoset compound 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. • Stainless steel bracket and screws for usage in robust environment -
Features • Range of measurement: from 100 to 3000 kN • Accuracy class: 0,5% • Elastic element in stainless steel • Corrosion resistant • Internally generated calibration signal • Grade of protection: IP65 (DIN 40050) -
Features • Range of measurement: from 50 to 1.000 kg • Accuracy class: 0,2% • All stainless steel construction • Corrosion resistant • Grade of protection: IP67 (DIN 40050) • Compact size -
Features • Very easy, leak free, in-tank installation • Compact, requires only 0 180 mm space • Easy connection above cover, no outlet pipe required • Including complete +GF+ union end • Free turning shaft, no seal or bearing, can run dry • Self priming when flooded • EPDM elastomers for PP and FPM for PVDF • Including suction strainer • Max. temperature PP 80°C, PVDF 100°C -
Features • Immersion length 300mm • Environmentally safe in-tank installation • Free turning shaft – no seal • Self-priming – can run dry • Full length motor shaft • Suction strainer • Outlet sockets available in PP and CPVC -
Features • Cantilever design, no seal or bearing, can run dry • Extended free turning 316L motor shaft • Self priming when flooded • Open impeller allowing solids up to 6 mm • Temperature up to 130°C • EPDM elastomers • Shaft labyrinth to prevent vapours attacking motor • DIN11851 union connection, for easy loosen and tighten -
Features • Very easy, leak free, in-tank installation • Including complete +GF+ union end • Free turning shaft, no seal or bearing, can run dry • Self priming when flooded • EPDM elastomers for PP and FPM for PVDF • Including suction strainer • Max. temperature PP 80°C, PVDF 100°C -
Features • Machined from, Simona® AlphaPlus'" high performance PP • Very easy, leak free, in-tank installation • Easy connection above cover • Including complete +GF+ union end • Free turning shaft, no seal or bearing, can run dry • Impeller locked (no damage with wrong rotation direction) • Self priming when flooded • EPDM elastomers • Max. temperature 80°C • High quality European, purpose designed electric motor: - 3 phase, 50 Hz, 2900 rpm, IP55, multi voltage - with double layer 2C chemical resistant coating - full length SS shaft with PP protection pipe - suitable for frequency drive control - built-in PTC-thermistor - stainless steel fasteners - CE certified and UL listed -
Features • Machined from, Simona® AlphaPlus'" high performance PP • Very easy, leak free, in-tank installation • Easy connection above cover • Including complete +GF+ union end • Free turning shaft, no seal or bearing, can run dry • Impeller locked (no damage with wrong rotation direction) • Self priming when flooded • EPDM elastomers • Max. temperature 80°C -
Features • Low energy consumption due to high hydraulic efficiency and IE3 class Premium Efficiency Motor • Machined high grade Simona® AlphaPlus™ PP • Elastomers EPDM • Sealless pump, can run dry endlessly • Round mounting plate for easy installation • Including discharge pipe with GF union • Impeller locked (no damage with wrong rotation direction) • Oversized motor according to Hendor heavy duty specifications • Stainless steel shaft and fasteners (no metal in contact with liquid) • Motor 4 pole, IP55, Class F, S1 Duty and PTC-160 • Double layer 2C chemical resistant coating • Hoisting eyes for easy lifting and transportation • CE and usULc certified complying with IEC 60034 standards -
Features- Very easy, leak free, in-tank installation
- Compact, requires only 0 130 mm space
- Easy connection above cover, no outlet pipe required
- Including complete +GF+ union end
- Free turning shaft, no seal or bearing, can run dry
- Self priming when flooded
- EPDM elastomers for PP and FPM for PVDF
- Including suction strainer
- Max. temperature PP 80°C, PVDF 100°C
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Features • Measurement of nozzle touch force (nozzle pressure force) in injection-molding and die-casting machines • User-friendly, small and compact • Force measurement range: 200kN / 450kN • Very high repeatability • Direct connection to our signal amplifiers and monitors • Various nozzle adapters can be retrofitted (e.g., brass) • Magnetic bases can be retrofitted in different sizes -
Features • FLAT-body design • Good linearity • Designed integrate into machine • With EEPROM for sensitivity detection (option) -
Features • FLAT-body design • Good linearity • Designed integrate into machine -
Features- Thermocouple or Pt100 input
- Flexible output configuration using option “Pods”
- Current and relay output options
- Input filter
- Galvanically isolated input
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Features- Process signal mA or voltage input
- Transmitter power supply
- Max / Min display
- Flexible output configuration using option “Pods” for mA and relay output.
- Galvanically isolated input
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Features- Flow totaliser / batch functions
- mA or voltage input
- 6 digit display
- Programmable relay & mA outputs
- Loop power supply
- RS485 comms option
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Features- Accepts RTD, thermocouple, mV, volts, mA
- 6 digit display
- Active or passive mA input
- Optional programmable relay & mA outputs
- High stability
- RS485 comms option
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Features • (4 to 20) ma loop powered • Can be used as a loop powered process switch • Use on top of temperature probe or surface mounted • USB and NFC interface • Battery backup • 5000 point data logger • Abs plastic, stainless or aluminum housing -
Features • Up to 100 bar pressure/ temperature display with scaling/ linearisation • Battery powered • Alarm relay, max/ min information • User set display messaging • 5000 point data logger with usb and nfc interface -
Features • ATEX and IECEx approval -Ex ia IIC T4 Ga -Ex ia IIIC T135°C Da • 3 wire RTD or thermocouple input • Universal temperature RTD and thermocouple input • 6 digit alpha-numeric LCD display • Approx 8mm display, non-backlit -6 digits,14 segment input value plus “Warning” icon. -Resolution to one decimal place with unit character. -Up to two decimal places (no units displayed with 2 dec place configuration). • 2 x AAA 1.5 V Lithium, Energizer L92 Battery Power (approx. 2-3 years life at 10 sec log interval) • Push-button and NFC configuration • Data logger (NFC interface) up to 1500 temperature measurements stored -
Features • Accepts a PT100 or thermocouple temperature probe. • Stainless steel housing • Battery powered • USB and NFC interface • Alarm relays / user set display messages • 5000 point data logger -
Features • Push button programmable • Compact 48 x 24mm • Loop powered • 4 digit LED display • IP65 front panel seal -
Features • Available for all Sensormate sensors (2/4 bridges) • Direct display of the measured values in µe, kN or t • High accuracy and stable reset • Automatic reset, external reset and alarm output • Ideal for control cabinet installation (96x96mm, DIN 43700) • Battery operation possible (optional) / not rechargeable -
Features • Available for all Sensormate sensors (2/4 bridges) • Direct display of the measured values in µe, kN or t • High accuracy and stable reset • Very bright displays and robust aluminum housing (IP52); Ideal for rough environments • USB connection for tie bar adjustment software (optional) • Analog output 0...10VDC (optional) -
Features • Available for all Sensormate sensors (2/4 bridges) • Direct display of the measured values in µe, kN or t (via our Inspectmate software) • High accuracy and stable reset • Robust aluminium housing (IP50) • USB connection for tie bar adjustment software and power supply -
Features- Independent adjustment of Max and BIAS.
- Down-opened Panel, easy for fuse replacement.
- VR of Max and SFS are installed in the front panel, easy for adjustment.
- Multi-LED display panel makes the operating condition clear.
- The auxiliary powers (AC1, AC2) are independently controlled for all models.
- Build-in buffering output adjustment (SFS VR), adjusting range 1~22 seconds. (Only for the phase control product)
- Top & bottom shielding covers are designed for safety and fashion out looking, also easy for wiring installation.
- In case of 0.5 Hz sudden power losses, system output can be switched off immediately. Once the power is restored, the system will buffer the output to prevent the voltage surge for fuse burn-down
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Features • Compact and robust, service friendly • Filter chamber with welded bottom (no seal) • String wound, spunbonded, pleated or carbon cartridge (max. Ø 70mm) • All PP or PVDF construction • Max. temperature PP 80˚C / PVDF 100˚C • Unions for rigid piping (PP, PVDF or CPVC sockets) -
Features • Compact and robust, service friendly • Filter chamber with welded bottom (no seal) • Discs (thin/thick paper, cloth), cartridges (max. Ø 69mm) or pleated bag • All PP construction • Top plate made of glass-filled PP • Max. temperature PP 80˚C • External fasteners in SS316 • Unions for rigid piping (PP or CPVC sockets) -
Features • Compact and robust, service friendly • Filter chamber with welded bottom (no seal) • Cartridges (max. Ø 70mm) • All PP construction • Top plate made of glass-filled PP • Max. temperature PP 80˚C • External fasteners in SS316 • Unions for rigid piping (PP or CPVC sockets) -
Features • Compact and robust, service friendly • Filter chamber with welded bottom (no seal) • Discs (thin/thick paper, cloth), cartridges (max. Ø 70mm) or pleated bag • All PP construction • Top plate made of glass-filled PP • Max. temperature PP 80˚C • External fasteners in SS316 • Unions for rigid piping (PP or CPVC sockets) -
Bag Filtration • Large dirt holding capacity • Easy bag change • Low operating cost Bag Filtration Plus • Bag with PP micro fibres • For use with Oil / grease • Gel like sludge Carbon purification • Carbon granules • Efficient removal of organic impurities -
Features • Compact and robust, service friendly • Filter chamber with welded bottom (no seal) • Discs (thin/thick paper, cloth), cartridges (max. Ø 70mm) or pleated bag • All PP or PVDF construction • Top plate made of glass-filled PP • Max. temperature PP 80˚C / PVDF 100˚C • External fasteners in SS316 • Unions for rigid piping (PP, PVDF or CPVC sockets) -
Features • High accuracy • Never requires re-calibration: set it & forget it. • Superior Sensor • Local indication with HMI display • Dual compartment housing with separate fields • Loop powered to 22m (75ft) probe length • Total and/or interface level measurement -
Features • Vapor resistant, flame retardant polypropylene terminal. • Heavy wall metal sheaths available in 316 stainless steel, carbon steel, incoloy and titanium. 316 Stainless Steel standard with metal explosion resistant M2 terminal enclosure. • Vapor-resistant, painted metal enclosures. • Grounded construction and built-in P1 thermal protector for solutions up to 180°F (82°C). • Temperature and level controls sized to match the heater. • Lower watt densities for highly viscous solutions and long service life (up to 40 watts per square inch - 6.2w/cm2). • 3” and 5” fluoropolymer flanged heaters. -
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 -
Features • 2-channel controller (Basic type: 1-channel controller) • Independent 2-loop / 2-input operation control • High accuracy ± (0.1% FS + 1 digit) • High Sampling Cycle 0.1 sec. • High resolution 1/ 1000 °C display achieved *Only for R.T.D. input (scale: 0.000~30.000 °C) • Programmable Max. 400 steps (400 steps x 1 pattern to 20 steps x 20 patterns) • Auto-Tuning PID / Expert PID • Max. 10 Zone PID control available • Independent Universal-Input • User Friendly Operation (Menu Driven: 4 Lines LCD Display) • Easy Setting & Maintenance via Infrared COM port on the front panel • Interface RS-232C/RS-485 (MODBUS / Shimaden) • The front dust/splash-proof IP66 • Universal Power Supply (100~240V AC ±10%) • Sensor power supply -
Features • Engineered for Safety • Indirect Heating Design • Advanced Cleanliness • Designed for Performance -
Features- 0 ... 2 m/s, low wind speed measurement
- 4 ... 20 mA / 0 ... 10 V output
- Accuracy : ±2% F.S.
- Compact size and light weight, can be installed fast and easily
- Polycarbonate housing, great electrical insulation and flame-retardant properties
- RS-485 programmable software : Data logger / Charts
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Features- IP rating：IP67, rugged aluminum case, fit in variety harsh environment
- Capable of temperature compensation
- Linear calibration air velocity by computer, analog output or RS-485(Optional)
- High-speed, high-accuracy measurement, quickly respond
- Thermal mass flow sensor
- LCD, display air velocity and temperature
- Switch multifunction physical quantities：[m/s]、[ft/s]、[km/h]、[mph]、[kont]
- DIP SWITCH and RS-485 function
- Follow customer needs to plan measuring range, analog output, stations, and zero-point OFF SET or
- RS-485 adjustment zero-point OFF SET
- Free programmable software : Data logger / Maximum record 65535 data / Chart
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Features- Single/Three phase motor control up to 500Vac - 7A - 3 kW
- Reverse rotation function
- Emergency stop compliant to PL e / SIL 3
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Features • Direct measurement of surface strain • Quick and easy non-destructive assembly • High accuracy and linearity in tension and pressure (like bonded strain gauges) • Ideal for use on presses, injection-moulding and die-casting machines • One system for many different tie bar diameters (25…400mm) • Dynamic applications • Without amplifier (passive) • Ideal for online monitoring of clamping force • Ideal for self-made load cells -
Features • Direct measurement of surface strain • With integrated digital amplifier • Quick and easy non-destructive assembly • High accuracy and linearity • Ideal for use on presses, injection-moulding and die-casting machines • One system for many different tie bar diameters (25…250mm) • Dynamic applications • Ideal for online monitoring of clamping force -
Features • Complete system for the strain-measurement on one tie bar • Direct display of the measured values in µe, kN or t • Quick and easy non-destructive assembly • High accuracy and linearity in tension and pressure (like bonded strain gauges) • Ideal for use on presses, injection-moulding and die-casting machines • One system for many different tie bar diameters (25…400mm) • Dynamic applications • 1- channel digital monitor DU1D • Ideal for self-construction load cells • Very compact and easy to use system -
Features • Complete system for the simultaneous strain-measurement on up to four tie bars • Direct display of the measured values in µe, kN or t • Quick and easy non-destructive assembly • High accuracy and linearity in tension and pressure (like bonded strain gauges) • Ideal for use on presses, injection-moulding and die-casting machines • One system for many different tie bar diameters (25…400mm) • Dynamic applications • 4- channel digital monitor DU4D • USB connection for tie bar adjustment software (optional) • Analog output 0...10VDC (optional) • Very compact and easy to use system -
Features • Operator interface with color touch screen display, 3.5 “ • Up to 8 PID control loops • Cascade, ratio and valve PID controls • Profile programmer with ramps and retention; synchronous and asynchronous • Up to 200 Programs with 50 segments • 3 password protected user levels • Energy meter (kWh) • Configurable logic operations • Configurable math functions • Data Log with Real Time Clock • Batch Report management • Open format files (CSV) or encrypted for DataLog and production batches • Setting up custom pages • Management of active and historic alarms • Active and historical alarm management • USB for data export and parameter cloning • Control parameter advanced tuning • Configurable analogue and digital I/O signals • HMI/SCADA/PLC data exchange via Ethernet Modbus TCP • Message language selection -
Features • Operator interface with color touch screen display, 7” • Up to 16 PID control loops • Cascade, ratio and valve PID controls • Profile programmer with ramps and retention; synchronous and asynchronous • Up to 250 Programs with 50 segments • 3 password protected user levels • Energy meter (kWh) • Configurable logic operations • Configurable math functions • Data Log with Real Time Clock • Batch Report management • Open format files (CSV) or encrypted for DataLog and production batches • Setting up custom pages • Active and historical alarm management • USB for data export and parameter cloning • Control parameter advanced tuning • Configurable analogue and digital I/O signals • HMI/SCADA/PLC data exchange via Ethernet Modbus TCP • Message language selection -
Features • Rectangular housing • Screw connection • 3 to 52 contacts • Nickel-plated light alloy, silver-plated brass contact, PBT insert except contacts diameter 4 mm which are gold-plated brass -
Features • 4 independent loop control unit. compact, ready to use, equipped also with fieldbus interface. -
Features • Current sizes 16, 32, 40 Amps per channel • Integrated current transformers • Fuses with fuse-holder disconnectors on the front (option) • 4 universal process inputs ( TC, RTD, mA, V ) • 4 independent hot/cold PIDs • 4 main outputs (directly connected to the static unit) • 4 auxiliary analogue inputs (option) • 4 settable outputs (option): relay/logic/TRIAC/analogue • 2 settable relay outputs • 2 settable digital inputs • Modbus RTU communication port • Communication port for Fieldbus (option): Profinet, Profibus DP, Ethernet IP, EtherCAT, Modbus TCP/RTU, CANopen, DeviceNET • ODVA (Ethernet/IP) and PI (ProfiNET) certification • DIN rail or panel mounting • CE, UL, CSA certifications and SCCR UL 508 100KA approval -
Features- Measurement range : ±10° ±15° ±20° ±30° ±45° ±60° ±85° (dual axis XY); 360° (±180°) (single axis Z)
- Supply voltage: +5Vdc (only for 0.5..4.5Vdc output); +10…+36Vdc (see output signal for right supply voltage)
- Output signal: 0.5...4.5V RATIOMETRIC (supply +5Vdc); 0.5...4.5V; 0...10V; 4...20mA; CANopen
- Electrical connections: AMP Superseal 6P 282108-1; 6 wires output 18 AWG 1.65mm OD (cable+connector on request)
- Resolution: 0.05° (±10° to ±20°); 0.05°(±30°); 0.1°(±45°); 0.1°(±60°); 0.1°(±85°); 0.1° (±180°) analog output; 0.05° CANopen output
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Features • Ranges +/- 10,15,30,45,60,85 and 180 degrees • Accuracy from 0.15% to 0.5% in different models • Output 0-10V, 0.5-4.5V ratiometric, 4-20mA or CANopen • Environmental rating IP67 or better for cable entry • Compact size and rated to 85C -
Features • Alternating current solid state relay • Zero crossing switching • 15, 25, 50, 75 e 90 Arms nominal current • Non-repetitive voltage: up to 1600Vp • Nominal Voltage: up to 600 Vac • Control voltage : 3...32Vcc and 20...260Vac/ Vcc with connector • Isolation ((input-output) 4000Vrms • Green LED drive active signal -
Features • Measurement range: ±180° different values on request programmable in steps of ±15° (ONLY for analogue versions) • Supply voltage: +5Vdc (only for 0.5..4.5Vdc output); +9…+36Vdc (see output signal for right supply voltage) • Output signal : 0.5...4.5V Ratiometric (supply +5Vdc); 0.5...4.5V; 0...10V; 4...20mA; CANopen, SAE J1939 • Electrical connections: AMP Superseal 6P 282108-1; DEUTSCH 6P DT04-6P • Resolution and speed of rotation: 12 bit (analog output); 14 bit (CANopen/SAE J1939 output); 120 rpm max. • Linearity: < ± 0.5% FS • Working and coefficient temperature: -40°C ... +85°C (higher values on request); thermal drift < 50 ppm/°C -
Features • Wide variety of materials available for use in heating or cooling applications for alkaline or acid solutions and rinse tanks. Check solution guide or consult with • your chemical supplier for proper sheath material. • Heavy wall, 20 gauge metal tubing available in steel, 316 stainless steel and titanium. • 1” diameter tubing and 1” MNPT connection fittings standard. • 4.6 square foot to 89.9 square foot of exchange area • Single point connections reduce the potential for leaks and simplify installation -
Features- Compact size from 10A to 120A
- Load voltage 480V, 600Vac
- IO-Link and Modbus RTU digital communication
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Features- Compact size from 10A to 120A
- Load voltage 480V, 600Vac
- IO-Link and Modbus RTU digital communication
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Features • Measurement range: ±180° - different values on request programmable in steps of ±15° (ONLY for analogue versions) • Supply voltage: +5Vdc (only for 0.5..4.5Vdc output); +9…+36Vdc (see output signal for right supply voltage) • Output signal: 0.5...4.5V RATIOMETRIC (supply +5Vdc); 0.5...4.5V; 0...10V; 4...20mA; CANopen, SAE J1939 • Electrical connections: AMP Superseal 6P 282108-1; cable output 18 AWG 1.65mm OD • Resolution and speed of rotation: 12 bit (analog output); 14 bit (CANopen/SAE J1939 output); 120 rpm max. • Linearity: < ±0.5%FS • Working and coefficient temperature: -40°C ... +85°C (higher values on request); thermal drift < 50 ppm/°C -
Features- Compact size from 10A to 120A
- Load voltage 480V, 600Vac
- IO-Link and Modbus RTU digital communication
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Features- Current range from 15A up to 120A
- Ultra slim dimension
- IO-Link communication
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Features • Command input from analogue voltage or current signal or potentiometer. • Switching at voltage zero crossing. • Partialization of wave train power with dynamically optimized time cycle. • Antiparallel double SCR • 2 led for supply indication, “ON” state, 1 optional LED for load interrupt alarm • 4000V isolation between input circuit and power output • MOV (varistor) • Optional monitoring of interrupted load -
Features • Command input from analogue voltage or current signal or potentiometer. • Switching at voltage zero crossing. • Partialization of wave train power with dynamically optimized time cycle. • Antiparallel double SCR • 2 led for supply indication, “ON” state, 1 optional LED for load interrupt alarm • 4000V isolation between input circuit and power output • MOV (varistor) • Optional monitoring of interrupted load -
Features- Zero-crossing voltage switching (ZC)
- Overtemperature protection
- Compact designs
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Features- Zero-crossing voltage switching (ZC)
- Overtemperature protection
- Compact designs
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Features • Ranges 1800mm, 2300mm, 3300mm ……… 8300mm • Linearity 0.5% and repeatability 0.1% • Working temperature -40 to 85C • Life cycles 250000 (potientiometer) • Power 10-30VDC -
Features • Command input from analogue voltage or current signal or potentiometer. • Switching at voltage zero crossing. • Partialization of wave train power with dynamically optimized time cycle. • Antiparallel double SCR • 2 led for supply indication, “ON” state, 1 optional LED for load interrupt alarm • 4000V isolation between input circuit and power output • MOV (varistor) • Optional monitoring of interrupted load • DIN rail mounting (standard); Panel mounting (optional) -
Features- Energy efficient, self-regulating SRL uses less energy when less heat is required.
- Easy to install, SRL can be cut to any length (up to max. circuit length) in the field.
- Field splices can be performed easily in minutes with no scrap or wasted cold sections.
- SRL features lower installed cost than steam tracing, less maintance expense and less downtime
- SRL can be overlapped without burnout, which simplifies heat tracing of in-line process equipment such as valves, elbows and pumps.
- Because SRL is self-regulating over-temperature conditions are minimized
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Features • Outstanding Cleanliness • Easy Maintenance with Minimal Downtime • Reliable • Low Cost of Ownership • Secondary Containment • Excellent Responsiveness • No O-Rings • No Dead Zones • Low Pressure Drop -
Features and Advantages- Unique ceramic heater - selected ceramics with high thermal durability, mechanical strength and good electrical insulation. High quality
- Nichrome wire is used
- High emissivity
- Quick thermal response, high thermal efciency
- Easy control to radiate favourable wave lengths for different target materials
- 1-10 times more speedy than ordinary heaters
- Uniform temperature distribution
- Electric power may be saved up to 50% production yield may be raised 30% up
- Oven volume reducible to one half or even less. Maintenance or replacement of existing old-fashioned heat pipes in ovens is easy
- Free from dust contamination. No re ame appears during heating process
- High safety
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Application- Molds and dies
- Food processing
- Plastic molding
- Packaging equipment
- Hot stamping
- Plastic extruders
- Hot runner molds
- Medical Equipment
- Shoe Machinery
- Semiconductor
- Hot plates
- Sealing
- Fluid heating
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Application- Molds and dies
- Food processing
- Plastic molding
- Packaging equipment
- Hot stamping
- Plastic extruders
- Hot runner molds
- Medical Equipment
- Shoe Machinery
- Semiconductor
- Hot plates
- Sealing
- Fluid heating
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Terminal Air Heater- Located ahead of the blowing vents in an air-conditioning network. It is relatively low powered (a few kW)
- Circular duct heaters or "drawer type" duct heaters are the most widespread in use.
- "Drawer-type" heaters, which are designed to be installed directly in an opening made in the duct, are built around stored elements.
- They are bent upon request and can be delivered in small series in a week.
- Located upstream from the duct network at the air treatment station level
- It heats the treated air volume in its totality. Its power reaches a few tens of kW.
- Consisting of bare tubular elements or finned tubular elements, these duct heaters generate low transition losses. They are usually built around stored elements, assuring short delivery deadlines, and are installed in a frame made of galvanized steel sheet (stainless on request) sized to the dimensions of the blowing duct.
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Terminal Air Heater- Located ahead of the blowing vents in an air-conditioning network. It is relatively low powered (a few kW)
- Circular duct heaters or "drawer type" duct heaters are the most widespread in use.
- "Drawer-type" heaters, which are designed to be installed directly in an opening made in the duct, are built around stored elements.
- They are bent upon request and can be delivered in small series in a week.
- Located upstream from the duct network at the air treatment station level
- It heats the treated air volume in its totality. Its power reaches a few tens of kW.
- Consisting of bare tubular elements or finned tubular elements, these duct heaters generate low transition losses. They are usually built around stored elements, assuring short delivery deadlines, and are installed in a frame made of galvanized steel sheet (stainless on request) sized to dimensions of blowing duct
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Application- Flanged immersion heaters are one of the most widely used methods for heating gases and liquids (such as water, oil, heat transfer fluid and corrosive solutions ).
- Designed for use in tanks and pressurized vessels, they are easy to install and maintain to provide heat for many processes.
- The direct immersion method is energy efficient and easily monitored and controlled. "Hot Water Storage Tanks" "Warming Equipment" "Preheating all Grades of Oil" "Food Processing Equipment" "Cleaning and Rinsing Tanks" "Heat Transfer Systems" "Process Air Equipment" "Boiler Equipment" "Freeze Protection of Any Fluid"
- The heated media, viscosity, specific heat, density and corrosive properties.
- Contaminants present in the medium.
- The heater sheath material corrosion resistant properties.
- Watt density of the heating element the heat output per square inch.
- Maximum sheath temperature this is the recommended maximum sheath temperature of the element material. It is not the operating temperature of the heated medium.
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Design Features- Rugged durable construction
- Stainless steel sheath
- Nickel-plated steel fins (stainless steel optional)
- Trouble-free installation
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Typical Applications » Water Heating "Washrooms, dishwashing and rinsing, process water heating, jacket kettles, hot water storage tanks, and hydronic heating systems" » Freeze Protection Water cooled engines, standpipe water tanks for fire protection, oil sump heaters" » Heat Transfer Oil Heating "Process kettles, molding dies and platens, mixing and blending mills, closed-loop heat transfer systems for asphalt and heat sensitive materials" » Fuel Oil Heating "Preheating to pumping viscosity, preheating for delivery to burners" » Steam, Air and Gas Heating "Steam super heating, air preheating for process equipment" -
Typical Applications- Food warming
- Food processing
- Thawing
- Water dry off
- Skin packaging tunnels
- Sterilization
- Drying lacquers and paints
- Print curing and drying
- Thermal copying element
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Application- Flanged immersion heaters are one of the most widely used methods for heating gases and liquids (such as water, oil, heat transfer fluid and corrosive solutions ).
- Designed for use in tanks and pressurized vessels, they are easy to install and maintain to provide heat for many processes.
- The direct immersion method is energy efficient and easily monitored and controlled. "Hot Water Storage Tanks" "Warming Equipment" "Preheating all Grades of Oil" "Food Processing Equipment" "Cleaning and Rinsing Tanks" "Heat Transfer Systems" "Process Air Equipment" "Boiler Equipment" "Freeze Protection of Any Fluid"
- The heated media, viscosity, specific heat, density and corrosive properties.
- Contaminants present in the medium.
- The heater sheath material corrosion resistant properties.
- Watt density of the heating element the heat output per square inch.
- Maximum sheath temperature this is the recommended maximum sheath temperature of the element material. It is not the operating temperature of the heated medium
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Application- Screw Plug Immersion Heaters are used for heating liquids and gases in a variety of processes.
- These heaters are ideal for process water heating and freeze protection.
- These heaters are ideal for process water heating and freeze protection. All types of oils and heat transfer solutions can also be heated using these compact, easily controlled units.
- The direct immersion method is energy efficient and well suited for many applications. "Hot Water Storage Tanks" "Warming Equipment" "Preheating all Grades of Oil" "Food Processing Equipment" "Cleaning and Rinsing Tanks" "Heat Transfer Systems" "Process Air Equipment" "Boiler Equipment" "Freeze Protection of Any Fluid"
- The heated media, viscosity, specific heat, density and corrosive properties.
- Contaminants or pH present in the media.
- The corrosion resistant properties of heater sheath material.
- Watt density of the heating element the heat output per square inch.
- Screw plug material.
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Application- Flanged immersion heaters are one of the most widely used methods for heating gases and liquids (such as water, oil, heat transfer fluid and corrosive solutions ).
- Designed for use in tanks and pressurized vessels, they are easy to install and maintain to provide heat for many processes.
- The direct immersion method is energy efficient and easily monitored and controlled. "Hot Water Storage Tanks" "Warming Equipment" "Preheating all Grades of Oil" "Food Processing Equipment" "Cleaning and Rinsing Tanks" "Heat Transfer Systems" "Process Air Equipment" "Boiler Equipment" "Freeze Protection of Any Fluid"
- The heated media, viscosity, specific heat, density and corrosive properties.
- Contaminants are present in the medium.
- The heater sheath material corrosion resistant properties.
- Watt density of the heating element the heat output per square inch.
- Maximum sheath temperature this is the recommended maximum sheath temperature of the element material. It is not the operating temperature of the heated medium
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Features- A reliable heat source with seamless stainless steel sheath
- For flat surface mounting installations
- Used in hundreds of industrial and commercial heating applications
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Features • Wide variety of materials available for use in heating or cooling applications for alkaline or acid solutionsand rinse tanks. Check solution guide or consult with your chemical supplier for proper sheath material • Heavy wall, 18 gauge metal tubing available in steel, 316 stainless steel and titanium • 1” diameter tubing and 1” MNPT connection fittings standard • Single point connections reduce the potential for leaks and simplify installation • Tubing sizes: ⅜ inch diameter through 1¼ inch diameter • Helical sizes: From 3¼ inch to 10 ft. diameter available based on tube diameter and wall thickness • Wall thickness: .035 through .065 inches -
Features • Female: Rectangle housing or Circular housing • 3 to 52 contacts • Male Connector: 316L stainless steel body, Deliver P contacts, sintered glass insulation between pins and body guaranteeing excellent mechanical resistance. Female Connector : Nickel-plated light alloy, silver-plated brass contacts PBT insert except 4 mm diameter contacts which are gold-plated bras -
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 • 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). • SIL2 and PL d approvals for Functional Safety • 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- Straight surface probe
- Spring loaded surface sensor
- Probe with miniature connector
- Fast response time
- Good insulation effect
- Compatible with Type K thermometers
