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Parr offers a full line of controllers to monitor, control, datalog and archive various parameters for pressure reactor systems. The new model 4848 Modular Controller is our general-purpose reactor controller that can control temperature, stirring speed, redundant temperature, and monitor pressure. It can also datalog to a PC. Among our other controllers, Parr’s model 4871 Process Controller is a full featured controller, which can handle a wide variety of inputs and outputs to control an entire process including gas and liquid flows as well as up to eight reactors simultaneously. It has a PC interface custom tailored to the application.
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EZ-ZONE™ Integrated Thermal Loop
Watlow's new EZ-ZONE™ ST integrated thermal loop solid state controller offers complete thermal system control in a single package solution. You get a PID temperature controller already connected to a high amperage solid state relay with the option of adding a properly sized heat sink, an over/under temperature limit, a shut-down power contactor, digital communications and a remote user interface in one complete and professionally engineered product.Your life just became a whole lot easier when it comes to solving the thermal requirements of your system.
Because the system is modular and scalable you only pay for what you need.You can stack the EZ-ZONE ST integrated thermal loop into multiple configurations giving you the flexibility to standardize on the product platform to solve your wide range of application needs.
Applications:
Plastics processing
Packaging
Environmental chambers
Semiconductor processing
Analytical instrumentation
General equipment
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The temperature controller line SDC's is a Compact and Powerful series at very cost effective. It is a very low depth: 60 - 65 mm with flat bezel and large displays. In standard, timers and logic functions are embedded. A new control algorithm has been developed for better accuracy and fast response. The configuration can be performed either via push button on front or via online monitoring software on PC.
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The INTELLIGENT SERIES micro-processor-based temperature control modules, ITC15A, RITC15B, HPC-1 and HPC-1A are designed using future technologies for tomorrow's plastic industry's stringent molding requirements.
These modules are fully automatic self-tuning controls using selectable AccuComp Cycle or PID power control with fuzzy logic to make intelligent decisions for reliability, precision and minimizing electrical stress on heaters.
These controllers come with their state-of-the-art touch key front panel controls with universal symbols, Ramp Start to prolong heater life and dry out of heater moisture, open loop (manual), closed loop (automatic), built in diagnostics with alarms, energy efficient and user friendly.
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C10 Line
Small, easy to use,and versatile
The Athena Platinum™ C10 line offers the space-saving benefits of a 1/32-DIN size with many useful features typically found only in larger models. It provides not only the functionality of a controller, but can also serve as either a panel indicator or an indicating temperature transmitter.
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Temperature Controllers, used in wide variety of industries, is the starting and important tools for the controlling of the temperature to get desired results in various industries. Autonics' Analog/Digital(PID) temperature controllers, offer quick setup and provide precise temperature management and control for a variety of applications while offering the better price, design and easy operation. They will be the definite choice for your successful control in any temperature applications.
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Single Loop Temperature Controllers:
R1100
Temperature Controller
Format: 96x96 mm (1/4 DIN)
Installation depth: 67 mm
R1140
Temperature Controller
Format: 48x96 mm (1/8 DIN)
Installation depth: 122 m
R1180
Temperature Controller
Format: 96x48 mm (1/8 DIN)
Installation depth: 122 mm
R1300
The Universal Controller - Flexible - Compact - Powerful
Format: 96x96 mm (1/4 DIN)
Installation depth: 122 mm
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In the manufacture of ceramic products, few things are as critical as accurate control of the firing process. After all, the results have a direct effect on the quality - and the costs - of the final product.
Optimal firing control requires both accurate measurement of the heat treatment - the temperature and its effect over time - together with the ability to control the temperature and the uniformity of its distribution throughout the kiln.Effective temperature measurement is the key to guaranteed product quality.
Most conventional temperature measurement techniques are limited both in time and in location. For example, the thermocouples generally used in the ceramic industry do not measure the temperature of the product itself, but that of its vicinity. They are also limited to measuring radiated heat, and take no account
of heat transferred from kiln furniture.
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Temperature-Controller MCS
- Temperature-Controller MCS, Type 03.30.05.-15.
- Microprocessor controled
- Data intersection
- Diagnosis program
- Fe-CuNi Thermocouple - entrance
- PID - Controlling characteristics
- Softstart
- Error-report when having under or over temperature, Thermocouple-breakdown, thermocouple-closing, system error etc.
- automatical or manuel switch wehn breaking down of Thermoccouple %-position
- max. 3,5 KW power-exit per heating zone
- self-optimizing control-structure
- Compound-heating
- Leakage current control
- 4 nominal value programs
- Adjusting level control
- Spares inside: 2 Triacs, 3 fuse 16A FF, 4 NSS-fuse 100 mA F
- With external bus-interface its possible to get upto 90 control loops
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General-Purpose Controllers
For the majority of control applications, you will usually find the ideal solution in our E5_N controller series. Available with temperature or analogue inputs, these instruments offer reliable single-loop regulation. As in-panel (DIN rail) solution we offer the CelciuXº - Multi-Loop temperature controller. A modular controller built around the concept of Control and Connectivity.
Advanced Controllers
For demanding applications that require task-specific controllers with or without networking capabilities, you can choose from our range of advanced single-loop and multi-loop solutions. Since time- and sequence-based systems must also regularly provide process control , it is often desirable to integrate the analogue loop into the PLC. To meet this need, we have combined our know-how both in discrete analogue control solutions and PLC-based control to produce a range of integrated solutions.
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Controls for regulating temperature in refrigeration appliances and cold storage rooms. Depending on the type of controls, functions are also available for regulating defrosting and fan operation.
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* BluePort® Front interface and BlueControl® Software
* Maintenance manager and error list
* 1/8 DIN size vertical (48 x 96mm)
* Typetested to DIN 3440 and German Lloyd
* Flat-pin connectors or screw terminals
Applications
Furnaces, ovens, burners and boilers
Plastics processing
Driers and climatic chambers
Heat treatment plants
Sterilizers
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From units that are suitable for simple temperature applications, through to advanced controllers complete with programmable profiles and communications, this range features various control modes and a variety of selectable input ranges.
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The CT224 consists of a 12-Channel Temperature Monitor and MincoSoft™ CT224 Software. It is the next generation in temperature monitoring equipment from Minco designed to meet the needs of electric machinery protection. The 12-channel scanning capability, standard RS485/RS232 interface and Windows-compatible software utility for system configuration and data logging provide overtemperature and undertemperature protection and critical feedback to safeguard expensive machinery.
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Multi-funcitonal Thermocouple Thermometer ( DTM-3105 )
Thermocouple Thermometer Model DTM-3105
FUNCTION:
ON/OFF, HOLD/TEST, °F/°C, MIN/MAX ( °F/°C) MEMORY RECALLING
* Carrying Case and 4 TC probes Included
PROBE MODEL NO.:
1. DTM-3105-TPK4 Surface probe (230 mm)
2. DTM-3105-TPK5 Air probe (235 mm)
3. DTM-3105-TPK03R Round head immersion probe (130mm)
4. DTM-3105-TPK03S Pin point head immersion probe(125 mm)
FEATURES:
Rubber coated product case
High degree of accuracy
Extra EVA box for easy and protective storage
Four probes included
Comprehensive and variety use for different object (e.g. surface, semi-solid, air)
Large LCD display
MEASUREMENT RANGE
-100°C ~ +300°C or -148°F ~ + 572°F
RESOLUTION:
0.1° for -199.9° ~ +300.0°
ACCURACY:
± 2°C from -200°C ~ -50°C (or 4°F from -328°F ~ -58°F)
± 1°C from -49°C ~ +300°C (or 1.8°F from -56.2°F ~ +572°F)
Accuracy is specified for operating temperatures over the range of 18°C to 28°C (64°F to 82°F). The basic accuracy specification does not include the error of the thermocouple probe.
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Limit value monitoring devices
SG-mc Digital
Limit Indicator
35 mm DIN - rail mounting
* Universal sensor input
* (Pt 100,TC, 0 / 4...20mA, 0...10VDC)
* Alarmcontact free programmable with latch function or without latch function.
* Latch-reset by mini-switch or by power on/off
* Easy handling
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The LumaSense Accufiber®TR solution provides temperature monitoring with automatic emissivity correction. Emissivity changes are due to changing material properties during certain types of material deposition or processing. For specular (smooth) surfaces, the deposition surface’s emissivity can be calculated from its reflectance. By constantly measuring this reflectance, the AccufiberTR instrument can automatically perform the emissivity correction in-situ and calculate the surface’s true temperature.
AccufiberTR seamlessly integrates ultra precise reflectance measurements with LumaSense’s class leading, lowest signal-to-noise ratio radiation detectors. If the n and k values are known for the materials, then the amplitude and periodicity of the thin film reflectance (often referred to as “fringes”) at specific wavelengths can be used to calculate film thickness. For thin films, it is critical to use both the highest quality measurement systems and shorter wavelengths to offer “resolution” into the film’s fringes to monitor film thickness.
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Pressure controls serve various functions, which may be divided into control and protection functions. Examples for control functions are compressor cycling, pump-down or defrost control. Protection functions include, pressure limiting and cut out against excessive pressures, against loss of charge or for freeze protection.
Our pressure controls are equipped with display scale and pointers to indicate the approximate settings. The display scales are printed in relative pressure units "bar" and "psi". For precise setting of the controls, external gauges must be used.
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LT450 Series (48mm X 96mm) Digital Indicating Controllers
LT470 Series (96mm X 96mm) Digital Indicating Controllers
Models LT450 and LT470 digital indicating controllers feature all functions, which are necessary for various control applications, including newly developed PID algorithms and a learning type overshoot suppression function "JyroNavi".
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Temperature Controller - Series 32DZ
1/32 DIN, Self-Tune, Fuzzy Logic
Temperature Controller - Series 1400
1/16 DIN, Analog Setpoint, Compact, Low Cost
Temperature Controller - Series 1500
1/16 DIN, Self-Tune
Temperature/Limit Controller - Series 16L
1/16 DIN, FM Approved
Temperature Controller - Series 16C
1/16 DIN, Auto-Tuning
Temperature Controller - Series 8500
1/8 DIN, Self-Tune
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Complete range of controllers adapted to most of the industrial application
Quick and exact operation as result of PID action improved with FUZZY logic
It permits the calculation of the most efficient parameters thanks to the AUTOTUNING function ModBus RS485 Communication
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INHECO Single TEC Control STC
INHECO has launched the STC, a compact high precision controller for managing single INHECO CPAC or shaker devices. The STC can be equipped optionally with slots for CPACs or shakers. The slots can be exchanged easily giving maximum flexibility. The STC can be operated manually using the touch screen display or through the USB interface. The soft- and firmware of the controller allows programming of complex temperature and shaking sequences. The STC uses basically the same firmware as its sister Multi TEC Control (MTC), so no additional integration work is required. Both STC and MTC are prepared for use in customer IVD applications.
Together with the MTC, the STC completes the replacement of the current controller TEC Control 96, which will be phased out by early 2010.
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Examples:
-JUMO dTRON 304/308/316 Compact controller with program function, bezel size 48mm x 48mm, 48mm x 96mm, 96mm x 48mm and 96mm x 96mm (70.3041):
Max. two programmable analog inputs
Four programmable setpoints, two parameter sets
Program function with 8 segments, or ramp function
Math and logic module
4 limit comparators
Two timer functions
Two self-optimization procedures
Fast, user-friendly configuration through the setup program with program editor
RS422/485 interface
Profibus-DP interface
cUL/UL approval applied for
-JUMO IMAGO 500 Universal profile controllers/generators, bezel size 144 x 130mm (70.3590):
Brilliant 5" color graphics display, with 27 colors
Freely configurable screen templates
Up to 8 controller channels
50 programs, with 1000 segments under dynamic management
16 limit comparators
Modular hardware design
Recording function
Up to 4 cascade controllers
Profibus-DP interface
Math and logic functions
Teleservice via external modem
Setup program and program editor
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We cooperate with innovative companies, which also realize custom-made control systems! Send us your inquiry, if you cannot find "your" device in the catalog - also controllers for other types of heaters!
Application:
Two-step controllers, controllers for heating and cooling devices in rooms (industrial sector), switchgear and control rooms, containers, cabinets, etc. Liquid or gaseous media.
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A full range of controllers with universal input circuit and multiple alarms to suit any application. A selection of profile controllers complete the available functions.
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Available in 4 sizes:
SY24(1/32 DIN); SY48(1/16 DIN); SY49(1/8DIN); SY96(1/4DIN).
Front Waterproof: IP66
Diversified control and tuning functions.
Several optional functions.
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PXR Micro-Controllers
Simple to use and cost saving, the Micro-Controller PXR is available in 4 sizes: 24x48 (PXR3), 48x48 (PXR4), 48x96 (PXR5) and 96x96 mm (PXR9).
The input signal may be of Thermocouple, resistance bulb, voltage or current type.
The command signal may be of relay, transistor or 4-20 mA type. 3 control modes are available: On/Off, PID auto-tuning/self-tuning with fuzzy logic, and heating/cooling (2 control outputs).
Main features
- Large LED display,
- NEMA-4X / IP66 protection of front display,
- Fuzzy logic PID control,
- Auto-tuning and self-tuning functions,
- 24Vdc or 85 to 264 Vac - 50/60 Hz power supply,
- Many functions in option (digital input, alarm relay outputs, alarm heater burnout alarm, 4-20mA re-transmission output, 8 steps ramp/soak function, heating and cooling control, RS485-ModbusTM communication),
- ISO9001, CE, UL et C-UL approvals.
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The VULCANIC range of controllers covers the great majority of industry requirements. Following steps will help you to define the right controller.
1) define the desired control precision: if ± 5°C, choose an 'ON/OFF' controller ; for greater precision, consider a 'PID' appliance.
2) Know what kind of temperature input is used : PT100 - Thermocouple - Current - Voltage.
3) Know what kind of power supply device is to be driven, so as to choose the type of control output (usually called Output P/N.1):
- for a contactor, choose a controller with a 'relay' output
- for a power unit, choose a controller with a 'numeric' output
- for a device with an analogic input (eg : motorised valve) choose a controller with an 'Analogic' output.
4) Know what use will be made of the auxiliary outputs (usually called 'Output N°2 and N°3') : choose a 'Relay' output to drive an alarm, 'Current or Voltage' for a measurement repeater, and/or 'Cold' output
2 to drive an ON/OFF valve for a cooling system.
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All Allen-Bradley Bulletin 900 Temperature/Process Controllers offer quick setup and provide precise temperature management and control for a variety of applications. Enhancements such as analog inputs and manual control of outputs take the 900-TC8 and 900-TC16 from standard temperature controllers to process controllers. Additionally, the thermocouple and RTD controllers have been combined in order to allow one controller to satisfy virtually any temperature application.
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Pyro-Controle, subsidiary of the Chauvin Arnoux group and specialised in temperature measurement, offers analogue and digital temperature controllers that respect all of your orders: simple or advanced models, front panel IP50 to IP65, fixed input, universal or process, RS485 link, etc.
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Temperature controllers and regulators 
