Electric point - Import export

Particular Challenges of the Application: By tactile equipment, determination of the deepest point on a rough metal surface is neither simple or precise. As a consequence, often either too much material is removed, or the surface is still covered with defects which have to be eliminated by a following milling cycle. The equipment is arranged in parallel, so that the complete width of the slabs is covered. The sensors are calibrated to a common coordinate system and mounted on a movable gantry. Before measurement, the slabs are fixed in place. The scanners mounted on the gantry are guided over the measuring object, driven by an electric motor. The point cloud recorded by the four scanners is consolidated in a PC by means of the QuellTech image processing software which calculates the difference between highest and lowest point of the corresponding surface and compensates for possible inclination of the slab (detrending).

Place of Origin: China Model Number: W1 Material: 99.95% Pure tungsten Color: Silver gray Surface: Rotary forging, turning and polishing Purity: 99.95%Min Density:19.3 G/cm3 Min Shape: Rod / Slab / Plate / Sheet / Foil etc Certificate:ISO9001:2008 Dimension: As requird Supply Ability:1 0 Ton/Tons per Month Packaging Detail: Standard export package. Portof shipment: Xiamen Application Tungsten rods are mainly used as heater, support pillar, feeder and fastener in vacuum or reducing atmosphere high temperature furnace. Moreover, serve as light source in lighting industry, electrode in glass and tombarthite melting, and welding equipment. Features of tungsten rod bar:  The outstanding feature of tungsten rod is that they can be batch operated. Among the rod-like metal materials, tungsten rod has the highest melting point. In heat, electric conduction and electron emission, it performs very well.

Safe upending of coils (90°) Body design in solid welding construction with reinforced base with no pit or floor anchoring needed Body made of strong steel plates Base with large integrated floor plate and attached box construction to protect drive components Tilting unit with neatly welded half shell attachments and two reinforced coil tables welded at 90 degrees to provide safe material seating Bedding via four pressureresistant and fully enclosed bearings with lifetime lubrication Tilting shaft of highquality ductile steel with fully enclosed bearings Tilting drive via threephase motor and triplex type Highstrength chain Tilting function via initiator with arbitrary adjustable tilting point Electrical conrol in switch box with leftright selector switches and estop

Safe upending (90°) and rotating (180°) of coils Body design in solid welding construction with reinforced base with no pit or floor anchoring needed Body made of strong steel plates Base with large integrated floor plate and attached box construction to protect drive components Tilting unit with neatly welded half shell attachments and two reinforced coil tables welded at 90 degrees to provide safe material seating Bedding via four pressureresistant and fully enclosed bearings with lifetime lubrication Tilting shaft of highquality ductile steel with fully enclosed bearings Tilting drive via threephase motor and triplex type highstrength chain Rotating drive via welded surfacehardened sprocket, integrated in base Tilting function via initiator with arbitrary adjustable tilting point Electrical conrol in switch box with leftright selector switches and estop

The Nomex heating band is an inexpensive solution for applications where a flexible heating element with low power (max. 1 W/cm²) and for max. temperatures of 150 °C is required. A well-established application is it's utilization as standstill heater to prevent condensation and frost damage when motors stand idle in cold environments. Standstill heaters reliably keep motors or electrical machines above the dew point and ensure safe operation even in harsh ambient conditions. The minimum width of the heating element is 12 mm with a maximum length of 1000 mm, bending radii of at least 15 mm are possible.

IMS (Insulated metal substrate) technology allows the mounting of power components directly on a highly thermally conductive printed circuit board . The result is a compact and reliable solution which, thanks also to the reduced cost compared to systems with traditional heat sinks, is finding more and more application in sectors where effective dissipation of the heat generated by electronic components is required, such as of Lighting, Automotive and Power Supply . The devices can operate at lower temperatures with a guarantee of greater reliability and lifespan , avoiding the assembly phases of mechanical heat sinks. The assembly cycle is simplified and can in some cases be reduced to just the SMT assembly operation. The availability of dielectric layers of different nature and thickness offers many design possibilities from a thermal and electrical insulation point of view. It is possible to use different materials with both aluminum and

Cranage has multiple testing facilities, accredited by UKAS, to test for EMC as well as radio communication, electrical safety, mechanical and environmental performance. Our Engineers have experience of testing hundreds of different products, including wheelchairs, ECG Monitors, hair styling appliances, household appliances, PCB's, Vacuums, Information point systems, Electric gates, metering systems. We can test and evaluate within the following sectors- Lab and Scientific equipment, Medical Devices, Household appliances, IT equipment, Industrial and Machinery Equipment, Lighting, Electrical Fittings, Road and Rail equipment, Security, Fire and Smoke equipment, Mobility aids and Stairlifts. If your equipment is large or in-situ we can also offer EMC testing at your premises. Our pre-compliance testing is used to identify potential issues during product development.

RC-SPC1K is an thick film technology rain sensor. This device is realized in Allumina (AL2O3) substrate, this material is endowed a big reliability from an electrical thermal point of view. The sensor consists of three parts : 1) Capacitive sensor (Face A) 2) Heater generator 3) Temperature Sensor The Face A is the sensitivity area (capacitiver sensor) this area is exposted to natural agent (rain); In dry condition the value of the capacitor is nominal 100pF, In presence of the rain the capacitance goes to high valued respect the dry contidion; The ratio changing is over 420%, in the table N.1 you can verify the capacitance change characteristics. On Face B is present the heating circuit the temperature sensor (NTC component) and the connection interface (six pads).

MEB anti-static bars are often used on production machines were short range ionisation is possible and where no moving machine parts are interfering the ionisation. Each individual emitter point of this rectangular anti-static bar is coupled capacitively to the high voltage. You will there fore not get an electrical shock when the point is accidentally touched. Another advantage is that the bar continues to function properly when a number of points are short-circuited, for instance due to heavy fouling. Features - Short working distance: 30 mm - Shockless touchable emitters - The bar continues to function properly when a number of emitter pins are short-circuited, for instance due to heavy fouling. - Compact - Complementary equipment: A2A7S/MPM

Vaisala INTERCAP® Humidity and Temperature Transmitter Series HMDW80 measure relative humidity and temperature in various building automation applications. Transmitters combine easy installation and reliable operation with a low requirement for maintenance. The versatile HMDW80 series includes transmitters for wall and duct mounting, IP65-classified transmitters for humid areas, and transmitters with a radiation shield for outdoor use. It also includes temperature-only transmitters and transmitters with an optional display. Calculated humidity parameters – dew point temperature, wet bulb temperature, and enthalpy – are also available.

Proportional regulation and control of high flow rates • Frictionless movement; • High flow rates; • Small footprint and size; • Low power consumption; • Pressure-balanced; • High dynamics; This valve combines the advantages of the Spider-μProp technology with the benefits of a pressurebalanced valve. Due to its large orifice, high flow rates are possible. Furthermore, the valve is distinguished by a high reproducibility of the lift-off point. The electrical power consumption lies thereby in the lowest range of the Plate Armature Technology. The compact design of the valve provides a variety of assembly options for different areas of application.

Entire system solution from a single source: — from construction of the laser cell to integration of your chosen KEYENCE laser — self-contained and high-performance solutions for laser labeling small batches of individual parts SIM Marker Rotary equipment options: — electrical adjustment of the focal point — Side door, double-bit lock — Connection to PC via LAN or USB Customized — integrated suction (automatic activation when writing) — PC or Notebook with side table — Set up: directly on a desk or mounted onto the movable base frame — Latest three-axis laser marking systems offers a laser labeling system that can be precisely adjusted to the materials and part geometries that shall be labeled Advantages of integrated optical three-axis technology: — focal point to be freely set and is especially impressive Size of the labeling field: between 120 x 120 mm and 330 x 330 mm.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in communication lines, on power lines and automatic control lines of electric railways at points with a maximum electric field potential of up to 12 kV.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation in communication lines, on power lines and automatic control lines of electric railways at points with a maximum electric field potential of up to 12 kV.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation between buildings of different types, installation in communication lines, on power lines and automatic control lines of electric railways at points with a maximum electric field potential of up to 12 kV, inside protective PE pipes (including air blowing installation), in swamps, in cable trays, in ducts, tunnels, sewers, on bridges and overpasses.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation between buildings of different types, installation in communication lines, on power lines and automatic control lines of electric railways at points with a maximum electric field potential of up to 12 kV, inside protective PE pipes (including air blowing installation), in swamps, in cable trays, in ducts, tunnels, sewers, on bridges and overpasses, as well as winding, connecting and attaching to external load bearing power elements (ropes, wires, etc.) at points with a maximum electric field potential up to 12 kV.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation between buildings of different types, installation in communication lines, on power lines and automatic control lines of electric railways at points with a maximum electric field potential of up to 12 kV, inside protective PE pipes (including air blowing installation), in swamps, in cable trays, in ducts, tunnels, sewers, on bridges and overpasses, as well as winding, connecting and attaching to external load bearing power elements (ropes, wires, etc.) at points with a maximum electric field potential up to 12 kV.

Range of application fiber optic transmission systems in public telecommunication networks, service networks and dedicated networks if connected to the public communication network, installation between buildings of different types, installation in communication lines, on power lines and automatic control lines of electric railways at points with a maximum electric field potential of up to 12 kV, inside protective PE pipes (including air blowing installation), in swamps, in cable trays, in ducts, tunnels, sewers, on bridges and overpasses.

Capital City Electrical is now an OLEV accredited ev charger installer and can install a charging point for your electric vehicle at home. We can also help you access the Electric Vehicle Homecharge Scheme (EVHS) grant which can go towards installation costs.