Terminal box - Import export

Stainless steel motors are used in sanitary areas such as in the food and beverage industry or in the pharmaceutical sector. The smooth surface of the motors is designed in accordance to the EHEDG guidelines to avoid dirt accumulation. To ensure longlasting and lowmaintenance operation, critical components such as bearings and seals are specially tested. Due to an extensive stock of motor components, standard and special motors can be delivered in a short time. Here are some of the common specifications Sizes 63160 0.18 to 22 kW 2 8 pole windings Special windings Enclosure IP66, optional IP69K Special shaft ends Terminal box or cables

Electrical flange type immersion heaters The series of electrical Flange Type FHK-L provides a solution for the heating of liquids / molten salts or similar applications in process tanks or underground tanks. It can also be tank filling levels with very low heat, since only the lower horizontal portion is heated. The flange heater consists of a number of heating elements, which are built into the process flange. The electrical wiring is done in a robust electrical terminal box.

Immersion heater with cores The range of core immersion heaters type FHK-P offers a heating solution for liquid media where a low heat density is required. The special element / sheath arrangement allows the element cores to be withdrawn for inspection without system drain down. The standard heater consists of a number of core elements fitted into a process flange. A robust terminal box protects the electrical connections. The number of elements fitted depends upon the media to be heated and the kilowatt rating required. Dependent on application, the heater can be provided with temperature control by contactor or thyristor.

Electrical flange type immersion heaters The range of immersion heaters type FHK offers an economic heating solution for process tanks, pressure vessels and similar plant. The standard heater consists of a number of rod elements TIG welded into a process flange. A robust terminal box protects the electrical connections. The number of elements fitted depends upon the media to be heated and the kilowatt rating required. Dependent on application, the heater can be provided with temperature control by contactor or thyristor.

Screw-in heaters are versatile and intended for heating liquid media in industrial and commercial applications. When selecting, the specific surface load permitted for the respective medium must be observed and checked by the customer. EHK G1 1/2 are mainly used to heat water and aqueous solutions. 3 tubular heating elements ø 8,5mm made of stainless steel 1.4404 resp. Incoloy 825 brazed in G1 1/2″ thread made of brass (lead free) or stainless steel. Connection to 230/400 V3 (N), rotatable stainless steel terminal box. Use e.g. in washing machines, dishwashers, tempering equipment, laboratory equipment. The heaters are also suitable for water heating with photovoltaics, primarily the EHK G1128xxx series. Combination with all common PV controls possible, stepless power output. Type EHK G112-A with built-in thermostat 0-95°C Type EHK G112-AB with built-in thermostat/limiter 30-80°C / 100°C Type EHK G112-U without integrated control unit

Electric duct heater Electrical duct heater type “LEH-R” are intended for the heating of gaseous media. The main applications are the heating of air in ventilation - / air conditioning or heat-recovery installations. Wide use areas are applications of the process - / environment-technology i.e. at the catalytic afterburning of exhaust fumes or drying ovens or in the plastic - / textile or paper industry. Through a variable construction concept, diverse use possibilities emerge. The application of highly compacted electrical heating elements with high purity compacted magnesium oxide powder sheathed metal tube and the direct heat transfer at the medium to be heated leads to an efficient realization of the electric energy to thermal energy. Special materials of acid constant rustproof steel stand for the heating of aggressive media by disposal. Alternatively, the heaters can be delivered also in the materials INCOLOY, INCONEL, HASTELLOY and MONEL. The duct heaters essentially consist of the following main-components: Duct with adapters to flanges DIN EN 1092 Rod heating elements Temperature Sensors (Thermostat / Thermocouple / RTD) Electrical terminal box

EEx’e’ certified electric duct air heater EEx e T2 – T6 ATEX The “LEH-Exe” type electric heaters comprise a range of certified EEx e air duct heaters, custom built to meet client specifications and suitable for use in zone 1 & 2 hazardous areas. The main applications are the heating of air in ventilation - / air conditioning or heat-recovery installations. Wide use areas are applications of the process - / environment-technology i.e. at the catalytic afterburning of exhaust fumes or drying ovens or in the plastic - / textile or paper industry. Through a variable construction concept, diverse use possibilities emerge. The application of highly compacted electrical heating elements with high purity compacted magnesium oxide powder sheathed metal tube and the direct heat transfer at the medium to be heated leads to an efficient realization of the electric energy to thermal energy. Special materials of acid constant rustproof steel stand for the heating of aggressive media by disposal. Alternatively, the heaters can be delivered also in the materials INCOLOY, INCONEL, HASTELLOY and MONEL. The duct heaters essentially consist of the following main-components: Duct with flat flanges Rod heating elements Temperature Sensors (Thermostat / Thermocouple / RTD) Electrical terminal box

Electric duct heater Electrical duct heater type “LEH-K” are intended for the heating of gaseous media. The main applications are the heating of air in ventilation - / air conditioning or heat-recovery installations. Wide use areas are applications of the process - / environment-technology i.e. at the catalytic afterburning of exhaust fumes or drying ovens or in the plastic - / textile or paper industry. Through a variable construction concept, diverse use possibilities emerge. The application of highly compacted electrical heating elements with high purity compacted magnesium oxide powder sheathed metal tube and the direct heat transfer at the medium to be heated leads to an efficient realization of the electric energy to thermal energy. Special materials of acid constant rustproof steel stand for the heating of aggressive media by disposal. Alternatively, the heaters can be delivered also in the materials INCOLOY, INCONEL, HASTELLOY and MONEL. The duct heaters essentially consist of the following main-components: Duct with flat flanges Rod heating elements Temperature Sensors (Thermostat / Thermocouple / RTD) Electrical terminal box

Electric Air heater Electrical air heater type “LEH-A” are intended for the heating of gaseous media. The main applications are the heating of air in ventilation - / air conditioning or heat-recovery installations. Wide use areas are applications of the process - / environment-technology i.e. at the catalytic afterburning of exhaust fumes or drying ovens or in the plastic - / textile or paper industry. Through a variable construction concept, diverse use possibilities emerge. The application of highly compacted electrical heating elements with high purity compacted magnesium oxide powder sheathed metal tube and the direct heat transfer at the medium to be heated leads to an efficient realization of the electric energy to thermal energy. Special materials of acid constant rustproof steel stand for the heating of aggressive media by disposal. Alternatively, the heaters can be delivered also in the materials INCOLOY, INCONEL, HASTELLOY and MONEL. The air heater essentially consist of the following main-components: Process flange Rod heating elements Temperature Sensors (Thermostat / Thermocouple / RTD) Electrical terminal box

EEx’e‘ certified immersion heater EEx e T1 – T6 ATEX The “FHK-Exe” type electric immersion heaters are EExe certified. These heaters are custom built to meet client specifications and suitable for use in zone 1 & 2 hazardous areas. The range of immersion heaters type FHK-Exe offers an economic heating solution for process tanks, pressure vessels and similar plant. The standard heater consists of a number of rod elements TIG welded into a process flange. A robust Ex’e’ terminal box protects the electrical connections. The number of elements fitted depends upon the media to be heated and the kilowatt rating required. Dependent on application, the heater can be provided with temperature control by contactor or thyristor.

Screw-in heaters are versatile and intended for heating liquid media in industrial and commercial applications. When selecting, the specific surface load permitted for the respective medium must be observed and checked by the customer. EHK G2 are mainly used for heating hydraulic oil in containers in which the replacement of the heating cartridge without draining the medium must be possible. Ceramic heating cartridge in stainless steel tube ø 50mm, material-no. 1.4512 or material-no. 1.4404. G2″ thread SW70 welded from V2A. Terminal box made of PA6-GF30, impact-resistant and oil-resistant, degree of protection IP66/67. Unheated zone 50mm, surface load 1,5 W/cm², voltage 230/400 V. Special versions on request.

OKS 1105 prevents the formation of electrically conductive layers and minimises the risk of flashovers and dielectric losses. The insulators and switchgear covered with the paste thus maintain a good insulation resistance. Sealing lubrication for electrical or electronic equipment such as relays, plug-in connections, cable lugs and lamp sockets Protection of insulators and switchgear in humid atmospheres, for example of junction boxes, screw terminals, overload cutouts at high-voltage pylons, connecting cables and terminal connections Lubricant for plastic screw connections and other moving parts of metal, ceramic, plastic Advantages and benefits Excellent water repellent properties Excellent surface wetting Good adhesion on glass, porcelain and plastics Stable consistency across a wide temperature range Very good resistance to chemical and weather-based influences (e.g. ozone, UV radiation) Neutral with regard to many materials

Compact two-stage worm gear motor with solid shaft. GP-SN4F worm gear motor: Motor power available in 57W and 90W Supply voltage 24VDC High gear ratio range between 10:1 and 5000:1 Output speeds between 0.6 and 300 rpm (depending on the gearbox ratio) Effective torques between 1.5 and 7.8 Nm (depending on the gearbox ratio) Cable version (IP40) and terminal box version (IP54) Customizing options: — Shaft dimensions according to customer specifications — Flange dimensions according to customer specifications — Adaptation of motor power and supply voltage Do you have questions about our worm gear motor or need help with the selection? Our sales team will be happy to contact you in order to find the right gear motor for your application!

Combustible Gas Detection - upgrade to upper class! Monitoring the environment for explosive gases most of the time you would be looking for hydrocarbons. It is a characteristic of hydrocarbons that they have a number of C - H bonds. These bonds absorb infrared light at a wavelength of 3,4 mm ( unsaturated hydrocarbons absorb at 3,3 mm ). This effect can be used to reliably detect these substances The most important advantage is that they are resistant against catalyst poisons and high concentrations. They can even be used in oxygen free atmosphere. Another important advantage of this technology is that a failure cannot go unnoticed. If an important component such as the lamp or the detector fails, the system will recognise this as 100 % absorption (an alarm situation). Most infrared gas detectors are designed as so - called NDIR (Non Dispersive Infra Red) double- beam detectors. This means, the light beam is divided in two portions with different wavelengthes. One is the measuring beam that will be absorbed by gas, the other is a reference beam at a wavelength that will not be absorbed by gas. This beam compensates for intensity variations of the lamp, dirt and corrosion. As the optics are mostly self maintained, an eventual inspection only checks if there is gas access to the sensor. Therefore much longer maintenance intervals compared to the catalytic sensor can be justified. As a rule of thumb, twice as long is OK. For plants which already have installed a combustible gas detection system, there is now a chance for a very cost- effective upgrade: The Statox 501 LC IR or LC MR! It consists of an EEx e (enhanced safety) terminal box and a sensor with integrated electronics. This sensor operates at the same supply voltage as a catalytic sensor. Its output signal is also identical to the signal of a catalytic sensor! This new innovative technical approach keeps the price in the same ballpark as catalytic sensors! All advantages of an infrared gas detector are now available for nearly the same price as a catalytic sensor and existing gas detection systems can now be upgraded without replacing the existing hardware. Of course the miniaturised chip inside the sensor cannot provide the same powerful electronics and software package as a high- end instrument, but however the new Compur Statox 501 IR LC features the most important advantages of an infrared system. So the next time maintenance is due with your gas detection system, check with Compur Monitors. The investment for an upgrade might pay back within one maintenance interval.

Thanks to extremely compact design the overexcitation rectifier "Slim Collection" can be installed in very restricted space. The module features a central bore for screw fixing inside the terminal box. It can also be installed by using an adhesive pad.

Stator housings, bolted feet, endshields, flanges and terminal boxes made of die-cast aluminium, available in frame size 56 – 180.

Components such as stator housings, endshields, flanges, terminal boxes and various accessories are available from frame size 80 – 400 .

RAEL, founded in Genoa in 1969 as a electric motors repair and rewinding company, has become an established name in project and production of electric motors for potentially explosive atmosphere. Since 1986 the company grew considerably and moved itself to Predosa where both production and offices are actually located. We supply from our existing stock Kalefeld RAEL- aluminium flameproof motors / hazardous motors Ex de IIC T4 in frame size 56 - 132 ( 2- and 4- poles ) 0, 12 - 1 1 kW . All motors on stock are with Ptc thermistors and fixed bearing . Other frame sizes and versions are available within 4-5 weeks after receipt of order . Special applications Mechanical variants Protection IP56, IP65, IP66 Special flanges and shafts Without terminal box Uni-directional bearings, locked bearings or special bearings Terminal box on side SPM-vibrations measurement

With the FPM (once F&G) explosion-proof low voltage motors, we offer you a complete programme of safe, reliable, durable and economically viable motors in protection IP 54 to IP 65, and Ex d and Ex de. All motors are also available as special versions to suit your individual requirements. The quality control system which is certified to DIN/ISO 9000, guarantees a consistent high level of quality. But there''s even more: As an environmentally friendly company, ATB Motorentechnik GmbH is also certified according to the EU-Enviornmental Audit (EEC 1836/93). We supply from our existing stock Kalefeld F&G- flameproof motors / hazardous motors Ex de IIC T4 High Efficiency IE2 in frame size 80 - 200 ( 2 and 4 -poles ) 0, 75 - 37 kW. All motors on stock are with Ptc thermistors. Other frame sizes and versions are available within 6-8 weeks after receipt of order . FPM Explosion Proof Motors / hazardous motors available in IE1 and IE2 High Efficiency Low Voltage Motors Low-noise three-phase a.c. motor This version is particularly low-noise. The split terminal box enables easy connection. Performance range 0,06 – 800 kW Ex-proof II 2 G Ex de IIC T4

With the FPM (once F&G) explosion-proof low voltage motors, we offer you a complete programme of safe, reliable, durable and economically viable motors in protection IP 54 to IP 65, and Ex d and Ex de. All motors are also available as special versions to suit your individual requirements. The quality control system which is certified to DIN/ISO 9000, guarantees a consistent high level of quality. But there''s even more: As an environmentally friendly company, ATB Motorentechnik GmbH is also certified according to the EU-Enviornmental Audit (EEC 1836/93). We supply from our existing stock Kalefeld F&G- flameproof motors / hazardous motors Ex de IIC T4 High Efficiency IE2 in frame size 80 - 200 ( 2 and 4 -poles ) 0, 75 - 37 kW. All motors on stock are with Ptc thermistors. Other frame sizes and versions are available within 6-8 weeks after receipt of order . FPM Explosion Proof Motors / hazardous motors available in IE1 and IE2 High Efficiency High Voltage Motors high voltage motors in flameproof enclosures which provide reliable drive power in industrial plants and equipment in the chemical, petrochemical and offshore industries. The extreme operating conditions which prevail in these areas demand the highest levels of operational safety and reliability. This motor is particularly low in noise and is equipped with built-in temperature sensors for monitoring the bearings. An additional terminal box for PT 100, anti-condensation heaters, etc. is also provided Performance range 160 - 800 kW Ex-proof II 2 G Ex de IIC T4

Cemp offers custom-made solutions. The main customers are the chemicals industry, pharmaceutical industry, power plants and minings. Further fields of application are the on-shore- and off-shore plants as well as the shipbuilding industry. The name Cemp stands everywhere for guaranteed security against explosion of dangerous dusts and gasses . We supply from our existing stock Kalefeld cemp- flameproof motors / hazardous motors Exd(de) IIC T4 in frame size 63, 2-poles up to frame size 160, 2-poles (0,18 – 18,5 kW) and frame size 63, 4-poles up to frame size 180, 4-poles (0,12 – 22 kW). All motors on stock are with Ptc thermistors. Other frame sizes and versions are available within 2 -8 weeks after receipt of order . Cemp Explosion Proof Motors / hazardous motors available in IE1 and IE2 High Efficiency Special applikations Mechanical variants Protection IP56, IP65, IP66 Special flanges and shafts Without terminal box Uni-directional bearings, locked bearings or special bearings SPM-vibrations measurement Electrical variants Special voltage and frequency Heaters Bimetallic thermal protection (NC, NO), thermistor (PTC), platinum resistor (PT100) Single-phase with permanent capacitor Single-phase with centrifugal switch Accessories Forced ventilation (IC416) Encoder 100 - 10000ppr Bearing sensor Breaks D.C. disk brake A.C. disk brake Hand release of brake Reverse braking function (braking when energized - frame size 63-100)