Temperature control - Import export

Because of the complexity of controlling both parameters, every project is designed according to dimensions, material of the case, target values as well as ambient extremes in temperature and humidity. Although we do not have standard, off shelf units we are offering: Maxi T – Large units to control temperature and humidity inside the medium size cases (5-10 cubic meters) where main generator is located inside the machine room or other technical area some distance from the display case. See below. Mini T – small, compressor based unit for installation under or behind the display case. This unit can work with venting type or cooling/heating panels system. Will work with our Mini One or sometimes PMCG units. Special, thermoelectric device for very small cases. Will work with our PMCG unit. Please note that controlling temperature and humidity requires some changes to display case design and its very hard if not impossible

These high-power bimetal operated temperature switches are available either with normally closed (NC) or normally open (NO) contact configuration. The robust round metal enclosure accommodates a resilient preloading disk, a bimetal disk and a silver contact. The compact switch system is covered by means of a plate which also carries a silver contact and is isolated from the enclosure by means of an isolating washer. The resilient preloading disk ensures excellent performance. The resilient preloading disk keeps the contact pressure constant throughout the entire temperature range of the BEDIA switch until switching occurs. The mechanically and electrically unloaded bimetal disk snaps over at a preset temperature, with either opening or closing the contact arrangement. The bimetal will only snap back to its initial condition after the temperature has dropped significantly.

Temperature controllers and temperature sensors from Klöpper Therm are used in all electric heating systems in which the temperatures of the heated areas must be reliably measured and controlled with precision.

CSN® space heaters are robust heaters for industrial environments and can be used even in harsh environments. Depending on customer’s requirements, the heaters can be manufactured with different surfaces (painted steel, galvanized/painted steel, stainless steel) and equipped with temperature controllers, temperature limiters and protective grids.factory floors crane cabs work containers workshops storage rooms Instantaneous heating on construction sites garages garden houses fire brigade equipment houses

Whenever the process requires high temperatures and the advantages of water as heat carrier (best heat conductivity properties, inexpensive, low viscosity) are to be used, this construction series is the best solution. Absolute reliability, high regulating accuracy, easy operation and a favorable price /performance ratio: apart from the versatile performance features a modern temperature controller has to fulfill, these are the key criteria for the temperature controllers teco wh/whx. As one-circuit and multi-circuit units, our modular temperature controllers in the teco whx series cover a wide performance spectrum. Heating capacities of 12 to 600 kW, max. possible cooling capacities up to 1460 kW* and pump flow rates of max. 200 m3/h are impressive basic data of these technically sophisticated temperature controllers for operation with compressed water up to 220 °C.

HIGH PERFORMANCE TEMPERATURE CONTROL DEVICE WITH HIGH COOLING CAPACITY, HIGH FLOW RATE AND REDUCED ENERGY CONSUMPTION. Due to the design, dimensioning and selection of the used components, enersave temperature control systems are the most efficient systems on the market with the highest flow rates at operating point. In the selection series we used the most frequently selected equipment features and heating performance of the proven premium series advanced. The protemp selection temperature control unit is particularly suitable for the supply of multi-circuit water distributors and is designed for the display of up to 6 external proflow temperature control channels.

The patented gwk solution includes cold water temperature controllers that can be operated without glycol in the temperature range between 0 °C and 25 °C. The user can select between two models that are differing in cooling capacity and flow rate. A precise microprocessor control with simultaneous indication of nominal and actual value, the simple one-touch operation, optional interfaces at the front panel and external sensor connection, splash-water proofed electrics and the cabling with CEE-socket ready for connection make the unit ready for immediate use. Leak stop operation, mould draining, acoustic alarm, automatic filling and top up, additional manual filling possibility for conditioned water, strainer in the cooling water connection and parts out of corrosion resistant materials that are in contact with the medium are part of the comprehensive standard equipment.

The higher process temperatures, the higher the technical requirements for the temperature machine. Decades of experience in construction of temperature machines for heat carrier oil applications up to 400°C makes us the preferred partner of many customers for applications of this kind, particularly in the area of pressing and extrusion. Dimensioning of our teco tt/th series up to 400°C is based on DIN 4754. Design and technical configuration of all temperature controllers are based on the requirements of this norm. Exact film temperature calculation ensures, in combination with flow monitoring, efficient and at the same time reliable operation in all operating conditions. A lockable filter in the circulating medium return line is a standard installation; another installed feature is an expansion vessel with a cold oil container for reliable prevention of damage by oxidation due to oxygen accumulation in the heat carrier.

HIGH PERFORMANCE TEMPERATURE CONTROL DEVICE WITH HIGH COOLING CAPACITY, HIGH FLOW RATE AND REDUCED ENERGY CONSUMTION. Due to the design, dimensioning and selection of the used components, enersave temperature control systems are the most efficient systems on the market with the highest flow rates at operating point. By using an optional frequency inverter, the already high basic effi ciency can be more optimized and the pump characteristic curve can be optimally adapted to the respective operating conditions. PROTEMP SERIES 1-4 ADVANCED Water temperature control unit up to 95°C -140 °C Cooling capacity: 105 - 717 kW Heating capacity 9 - 50 kW Digitization concept „protemp connect 4.0“ Dual frequency version (50/ 60 Hz), motor IE3 class Energy consumption display Pump speed control OPC UA interface

Absolute reliability, high regulating accuracy, easy operation and a favorable price/performance ratio: apart from the versatile performance features a modern temperature controller has to fulfill, these are the key criteria in the teco wi temperature controller series teco wi. As one-circuit and multi-circuit units, our modular temperature controllers in the teco wi series cover a wide performance spectrum. Heating capacities of 12 to 1000 kW, max. possible cooling capacities up to 3460 kW* and pump flow rates of max. 300 m3/h are impressive basic data for these technically sophisticated temperature controllers for operation with compressed water up to 150°C. This series is mainly used for roller temperature control (foils, paper, rubber etc.).

The teco cs series was improved by installation of a user-friendly touch screen with new, integrated functions. All standard units are equipped with an energy efficient constant heating control. Depending on the product version a flow rate measurement and control, whose actual value is indicated simultaneously with the actual and nominal values on the colour screen, is installed as standard or is optionally available. Temperature profiles are graphically indicated after selection of the corresponding menu function. On the start page useful functions like limit value monitoring, leak stop operation etc. can be selected. The proven teco cs series was improved by installation of a user-friendly touch screen with new, integrated functions. The 95°C series was extended by three versions with higher capacities. The models are designed for larger consumers; they have heating capacities from 18 to 36 kW, cooling capacities from 50 to 120 kW and pump flow rates from 110 to 170 l/min.

The use of direct cooling is always an advantage when a high cooling capacity is requires and the temperature differences between cooling water and circulating water are low. Here cooling water is directly and without temperature loss supplied to the circulation circuit. Absolute reliability, high regulating accuracy, easy operation and a favorable price/performance ratio: apart from the versatile performance features a modern temperature machine has to fulfill, these are the key criteria in the temperature controller wd series.

Temperature controllers of the teco series cd are designed for the operation with water and direct cooling up to 95 °C or 120 °C. The temperature of the process water is controlled automatically. A temperature sensor, installed inside the unit, measures available actual temperature. The microprocessor control with membrane keyboard or touchscreen operation compares measured value and preselect set value and controls heating or cooling. A trouble free operation is guaranteed by a complete safety system.

HIGH PERFORMANCE TEMPERATURE CONTROL DEVICE WITH HIGH COOLING CAPACITY, HIGH FLOW RATE AND REDUCED ENERGY CONSUMPTION. Due to the design, dimensioning and selection of the used components, enersave temperature control systems are the most efficient systems on the market with the highest flow rates at operating point. In the selection series we used the most frequently selected equipment features and heating performance of the proven premium series advanced. The protemp selection temperature control unit is particularly suitable for the supply of multi-circuit water distributors and is designed for the display of up to 6 external proflow temperature control channels.

ProxATEX ATEX/IECEx Certified Temperature Controller – New Patented High Current Hazardous Area Controller This ATEX and IECEx certified controller is ideal for use with our Thermosafe, Faratherm or InteliHeat FlexiPlus products and other heating equipment installed in potentially explosive atmospheres. The device features Near Field Communication (NFC) which allows operators and site managers to set the key parameters of the device quickly and easily using pre-programmed cards. Simply hold the credit card sized NFC cards close to the front of the controller and the settings are instantly updated. This also makes the controller “Covid-secure”! BF400 Power Controller – Low cost solution for most installations Uniquely designed for use with the THERMOSAFE and FARATHERM Induction Heaters. Open loop control that is simple to install and use, ideal for most applications where a drum needs to be maintained at an operational temperature for a period of time.

The temperature of jacketed reactors can be controlled by TCUs (temperature control unit) large central heating/cooling units with secondary systems for individual reactor temperature control process steam (in case of large metal reactors) Our jacketed reactors are typically temperature controlled using heat transfer oil and TCU or central heating/cooling units. The heat transfer oil which is pumped through the jacket of the reactor controls the process temperature inside the reactor. The temperature range of the heat transfer oil spans from -80°C up to 300°C (depending on the heat transfer oil used).

The Protherm 10 is a cost-effective temperature and industrial controller with expanded functionality, including a programmer and an optional datalogger.

Temperature control units started 1 up to 64 zones, Soft start stop options Manual or automatic switchable Smart selfoptimisation

KRELUS also supplies the electrical and electronic controls with temperature controlling, always according to customers requirements.

KRELUS also supplies the electrical and electronic controls with temperature controlling, always according to customers requirements.

KRELUS also supplies the electrical and electronic controls with temperature controlling, always according to customers requirements.

KRELUS also supplies the electrical and electronic controls with temperature controlling, always according to customers requirements.

Advantages of a Floating Ball Blanket: •Simple to install •Maintenance free •UV stabilised HDPE, with over ten years life expectancy •Accommodates ◦Floating platforms ◦Aerators •Balls rise and fall with changing liquid levels •Easily accommodates objects such as floating pump barges or aerators •Reduces sunlight penetration and algae formation •Maintains higher water temperature in winter •Balls unaffected by snow •Extra stability at wind speeds in excess of 147km/h, (48m/s) •Reduces water evaporation

Most industrial process temperature control units work through the pressure exerted on the water of the process utilities: this is convenient in most “standard” cases, given the higher efficiency developed by the system. However, some critical process issues can make this type of operation difficult: this is the case of machines that leak fluids, or with leakage, and that it is not convenient to maintain on the spot. In such cases, it is therefore useful to work with a vacuum temperature control unit, which sucks in utility water. FTT PD water thermoregulators are flexible and effective systems, which can work under either pressure or vacuum depending on the peculiarities of the system. Any fluid losses are therefore minimized during operations. A simplicity of operation is also ensured by the touch-screen panel, also found on other Frigofluid temperature controllers. Models with an increased pump are also available for users characterized by high pressure drops.

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.

Dynamic mould temperature control is a temperature control method that allows temperature variations within the cycle and is also known as “variotherm temperature control”. While this method has been known for almost forty years, it has only undergone a dynamic development in the last few years. This is due to the increasingly exacting quality requirements of consumers (e.g. prevention of visible joint-lines, gloss variations and other surface defects) and the use of plastic materials in new applications. When a temperature control system is selected it is important to mind that it matches exactly with the application and that the economic benefit justifies the technical efforts as well as the energy consumption.

Brand-new perspectives and possibilities are offered by the dynamic temperature control with CO2. This new and environmentfriendly procedure really provides a solution for heating and cooling of complex and thinwalled moulded parts. By using gaseous media for heating and cooling processes, soiled cooling channels are now a thing of the past. Basically it is true that gaseous media have the disadvantage to be bad heat carriers. This applies at least to air that is only used for cooling processes under special circumstances. But in contrast, if the opportunities of CO2 are exhausted properly, it offers an interesting alternative to conventional water temperature control.

Inventory management for airline caterers Lödige has developed a compact storage, transportation and control system for airport kitchens where space is at premium. The Lödige SPACE TOWER improves catering logistics and reduces space requirements by using encased centralised storage with integrated vertical transport. It combines storage and transport functions in an ambient or temperature controlled environment and plays a central role in the flow and tracking of goods and trolleys. Increased transparency and process excellence are the result. Benefits Increases available floor space by up to 80% Centralises storage enabling connectivity across production levels Removes the need for interfloor goods hoists Creates a controlled, secure, hygienic environment Saves energy by reducing the temperature controlled space

Branding irons for hot stamping in wood, leather, rubber or synthetics for inclusion in an electric branding iron device. The iron can be supplied with a controller for stepless temperature control. This ensures a temperature-precise control of the heat development created. Overheating is thereby avoided and the labelling obtains an attractive design.