Control circuit - Import export

The latest version of heating controller UNIPLEX made by Klöpper Therm again satisfies with development competence and future oriented technology in one device. Especially designed for the control and monitoring of electric heating systems, it combines several functional elements in one device. Temperature controller, safety temperature limiter and current regulator are arranged in a space saving way on a 19” plug in board in European standard size.

For all CSN® heaters and heating systems we manufacture perfectly matching process controllers. Please contact us to talk about the appropriate control options. CSN® standard contactor controls consist of Enclosure Main switch Load protection Control protection Step protection Indicator light In economical heating systems the load is controlled by thyristors, thus ensuring an accurately dosed power supply. CSN® thyristor controls consist of Enclosure Main switch Semiconductor fuses Contactor Solidstate relays in 3phase economy circuit or Thyristor Control switch Control protection PID controller Indicator light Of course, we also manufacture process controls according to your individual requirements! Further information about our CSN® Controls

With the decentralised solution, gwk adds a machine series that offers a high level of flexibility for numerous applications to its portfolio. The customer can individually and precisely set the ideal cooling water temperature for every production machine and for every process in production. Thanks to the direct connection to the consumer, there are no thermal losses, but instead a high flow rate and constant pressure. The weco wd series consists of easy to operate plug&play machines that can easily be installed and commissioned. Three processes can be run with the solution: Free cooling, refrigeration process for low temperatures down to -5°C and temperature control up to 90 °C –everything can be chosen as desired. There is a total of four models with cooling powers between 14 kW and 36 kW (at 15 °C feed flow temperature) and heating powers between 9 kW and 36 kW.

The integrat 80 is used for the modular temperature control with water up to 140°C in the basic version with up to six temperature control circuits to be operated completely independently of each other. The basic version can be expanded with extension columns and up to 24 temperature control modules. As an option, the temperature control circuits can be extended with the 4-way distributor vtc with flow and temperature measurement. Thus, a maximum of 96 temperature control circuits can be monitored with the vtc 4-way distribution system. In conjunction with the standard heating control system used as standard, a homogeneous temperature profile on the mould cavity surface is achieved in an extremely energy-efficient manner, as well as with constant cooling by using a motor valve. As an option, the pumps can also be operated with frequency control unit. This improves the procedural results and contributes to energy savings.

Fully controlled power source with thyristor bridge For threaded studs up to 8 mm Designed for welding on building sits Self-diagnosis: Overheating and mains phase failure, short circuit control, malfunction of pilot arc Microprocessor controlled Repeat cycle lock Mains connection special voltages (V): optional Dust and moisture protection of control unit Steel housing, powder-coated Stud counter: standard

Self-diagnosis: Overheating, short circuit control, mains phase failure and malfunction of pilot arc Fully controlled power source with thyristor bridge Microprocessor controlled Constant current regulation Repeat cycle lock Mains connection Special voltages (V): optional Dust and moisture protection of control unit Steel housing, powder-coated Shielding gas equipment: optional Stud counter: standard Interface for automatic components: optional Menu: selection of various languages Two gun connection for stud welding guns

Ideal for mobile tasks Designed for welding on building sits Plain text on LC-display Self-diagnosis: overheating, short circuit control, failure and malfunction of pilot arc Menu: selection of various languages Constant current regulation Repeat cycle lock Steel housing, powder-coated Shielding gas equipment: standard Stud counter (Daily and total counter) Process control Perfectly tuned for weld guns of the SK- and K-series

Particularly suitable for short-cycle-stud welding Particularly suitable for thin work-pieces Stepless, exact adjustment of welding current and time Ideal for mobile tasks Designed for welding on building sits Plain text on LC-display Operating interface: choice between 4 languages: German, English, French, Italian Shielding gas equipment: standard Self-diagnosis: overheating, short circuit control, failure and malfunction of pilot arc Microprocessor controlled Constant current regulation Repeat cycle lock Steel housing, powder-coated Interface for automatic components: optional Stud counter

Particularly suitable for short-cycle-stud welding Particularly suitable for thin work-pieces Stepless, exact adjustment of welding current and time Ideal for mobile tasks Designed for welding on building sits Plain text on LC-display Operating interface: choice between 4 languages: German, English, French, Italian Shielding gas equipment: standard Self-diagnosis: overheating, short circuit control, failure and malfunction of pilot arc Microprocessor controlled Constant current regulation Repeat cycle lock Steel housing, powder-coated Interface for automatic components: optional Stud counter

Particularly suitable for short-cycle-stud welding Particularly suitable for thin work-pieces Stepless, exact adjustment of welding current and time Ideal for mobile tasks Designed for welding on building sits Plain text on LC-display Operating interface: choice between 4 languages: German, English, French, Italian Shielding gas equipment: standard Self-diagnosis: overheating, short circuit control, failure and malfuction of pilot arc Microprocessor controlled Constant current regulation Repeat cycle lock Steel housing, powder-coated Shielding gas equipment Interface for automatic components: optional Stud counter

Self-diagnosis: Overheating, short circuit control,mains phase failure and malfunction of pilot arc Fully controlled power source with thyristor bridge Microprocessor controlled Constant current regulation Repeat cycle lock Mains connection Special voltages (V): optional Dust and moisture protection of control unit Steel housing, powder-coated Shielding gas equipment: optional Stud counter: standard Interface for automatic components: optional Menu: selection of various languages Two gun connection for stud welding guns

Self-diagnosis: Overheating, short circuit control,mains phase failure and malfunction of pilot arc Fully controlled power source with thyristor bridge Microprocessor controlled Constant current regulation Repeat cycle lock Mains connection special voltages (V): optional Dust and moisture protection of control unit Steel housing, powder-coated Shielding gas equipment: optional Stud counter: standard Interface for automatic components: optional Menu: selection of various languages

Self-diagnosis: Overheating, short circuit control,mains phase failure and malfunction of pilot arc Fully controlled power source with thyristor bridge Microprocessor controlled Constant current regulation Repeat cycle lock Mains connection special voltages (V): optional Dust and moisture protection of control unit Steel housing, powder-coated Shielding gas equipment: optional Stud counter: standard Interface for automatic components: optional Menu: selection of various languages

Self-diagnosis: Overheating, short circuit control, mains phase failure and malfunction of pilot arc Fully controlled power source with thyristor bridge Microprocessor controlled Constant current regulation Repeat cycle lock Mains connection Special voltages (V): optional Dust and moisture protection of control unit Steel housing, powder-coated Shielding gas equipment: optional Stud counter: standard Interface for automatic components: optional Menu: selection of various languages

Self-diagnosis: Overheating, short circuit control, mains phase failure and malfunction of pilot arc Fully controlled power source with thyristor bridge Microprocessor controlled Constant current regulation Repeat cycle lock Mains connection special voltages (V): optional Dust and moisture protection of control unit Steel housing, powder-coated Shielding gas equipment Stud counter: standard Interface for automatic components: optional Menu: selection of various languages

Self-diagnosis: Overheating, short circuit control, mains phase failure and malfunction of pilot arc Fully controlled power source with thyristor bridge Microprocessor controlled Constant current regulation Repeat cycle lock Mains connection special voltages (V): optional Dust and moisture protection of control unit Steel housing, powder-coated Shielding gas equipment Stud counter: standard Interface for automatic components: optional Menu: selection of various languages

Registration of inclination in the gravitational field by means of MEMS sensors (Micro-Electro-Mechanical-System) with subsequent digitisation and linearisation via controllers. MEMS sensors are integrated circuits manufactured using silicon bulk micromechanical technology. Double capacities are formed with the aid of moveable micromechanical structures. If these structures are deflected in the case of acceleration, e.g. gravitational acceleration (g), this results in capacity changes, which are registered and further processed using measuring technology. The output voltage follows the function U ~ g * sin α. In this case, the angle α is the sensor's inclination angle measured against the g-vector. These sensors measure precisely, have a long service life and are very robust. The measuring axes operate independently of each other.

The light-board package consists of a special cylinder conguration with additional double-acting cylinders. Its concept enables the production of especially light engineered boards still comfortably within precise and tight thickness tolerances. Since light boards can be produced at specic pressing forces below the hot platen weight, the upper hot platens must be lifted by double-acting cylinders. When the light-board option has been installed, there is an abundant number of double-acting cylinders distributed across the hot platens to prevent any hot platen bending, thus maintaining the requested board thickness. Features Additional dierential cylinders operating as double-acting cylinders Additional hydraulic control circuits to enable precise control of the dierential cylinders. Advantages

Control cabinets form the technical "central nervous system" of every production plant. They supply machine and plant components with electrical energy, protect electrical circuits, control drives and network machines with the Internet. In addition, they act as an interface for all information on the current plant and processing status and link production exactly where processes need to be accelerated and efficiency increased. Our subsidiary ATR Industrie Elektronik GmbH is your competent partner for the construction of switchgear and switch cabinets. We supply a wide range of different versions based on all current national and international standards. Switchgear is used in almost all industries, in addition to the wood-based panel and metal industry, e.g. in the automotive sector, in turbine and compressor technology, in energy supply or also in cooling and air-conditioning technology.

The stainless steel heating circuit distributors are complemented by an extensive accessory programme. Alongside cabinets for wall-mounted and concealed installtion, there are fittings and installation kits for the primary connection and bridging joints for the secondary side. Room thermostats and actuators alloe precise control of the room temperature. The unique pre-connected circuits, with an integrated pump, can be connected directly to the heating circuit. This makes it possible to integrate a low temperature circuit into an existing high temperature circuit. This eleminates the need for a separate hot water supply from the boiler and any works entailed. At the same time, the need for a separate hot water supply from the boiler and any works entailed are eliminated. A separate control circuit with extensive pipin g and troublesome interventions in the building structure is no longer necessary. regulating valve with internal sensor and integrated non-return valve

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