Smd components - Import export

Customized Solution Component supply and emissions over hand-operated turret Application Quality assurance in the electronics industry. Batch testing; Test equipment for testing and optimization of weld two part housings of SMD components. Batch testing; Test device for checking and optimizing the welded connection on two-part housings of SMD components. Test device for small SMD parts Documentation of the maximum torque achieved and the tear-off angle. Documentation of the maximum achieved torque and angle of demolition.

• Universal use with various enclosure types • High current (5 A per bus pcb-rail) • Quick and easy mounting in the DIN-rail • Contour and layout of the bus pcb can be according to customers' requirements e.g. defined by the customer • Designed for standard DIN-rail dimensions • Large stand-off to DIN-rail floor allows the mounting of SMD components on the bus pcb underside • The carrier profile is securely fixed by safety caps (left and right) on the DIN-rail • Pcb rail "breaks" are possible, e.g. for operation of bus signals inside instruments

• Universal use with various enclosure types • High current (5 A per pcb-rail) • Quick and easy mounting in the DIN-rail • Contour and layout of the bus pcb can be adapted according to customers' requirements e.g. defined by the customer • Designed for standard DIN-rail dimensions • Optional coding of the bus system to prevent incorrect assembly • Large stand-off to DIN-rail floor allows the mounting of SMD components on the bus pcb underside • The carrier profile is securely fixed by safety caps (left and right) on the DIN-rail • Pcb rail "breaks" are possible, e.g. for operation of bus signals inside instruments

• Universal use with various enclosure types • High current (5 A per power cable) • Quick and easy mounting in the DIN-rail • Contour and layout of the bus pcb can be according to customers' requirements e.g. defined by the customer • Designed for standard DIN-rail dimensions • Large stand-off to DIN-rail floor allows the mounting of SMD components on the bus pcb underside • The carrier profile is securely fixed by safety caps (left and right) on the DIN-rail • Pcb rail "breaks" are possible, e.g. for operation of bus signals inside instruments

• According to DIN EN 61810-1, DIN EN 61810-3, DIN EN 45545 (fire protection on railway vehicles) • With forcibly guided contacts • Safe separation betwenn coil/contact and contact/contact for applications at pollution degree 2 with rated insulation voltage 250 V • Clearance and creepage distances contact - coil ≥ 5.5 mm contact - contact ≥ 5.5 mm • Low nominal and holding power • High mechanical service life • Extremly smallest height only 10.3 mm and minimum area • RoHS compliance • Placing SMD components between PCB and relay is possible

• According to DIN EN 61810-1, DIN EN 61810-3, DIN EN 45545 (fire protection on railway vehicles) • With forcibly guided contacts • Safe separation betwenn coil/contact and contact/contact for applications at pollution degree 2 with rated insulation voltage 250 V • Clearance and creepage distances contact - coil ≥ 5.5 mm contact - contact ≥ 5.5 mm • Low nominal and holding power • High mechanical service life • Extremly smallest height only 10.3 mm and minimum area • RoHS compliance • Placing SMD components between PCB and relay is possible

• Universal use with various enclosure types • High current (5 A per bus pcb-rail) • Quick and easy mounting in the DIN-rail • Contour and layout of the bus pcb can be according to customers' requirements e.g. defined by the customer • Designed for standard DIN-rail dimensions • Large stand-off to DIN-rail floor allows the mounting of SMD components on the bus pcb underside • The carrier profile is securely fixed by safety caps (left and right) on the DIN-rail • Pcb rail "breaks" are possible, e.g. for operation of bus signals inside instruments