Position monitoring - Import export

A client in automotive industry intends to improve the inline glue bead supervision performed when automatically applying glue beads inside body parts. The system to be purchased should be able to monitor position, height and width of the glue bead any time. Until now, the client makes use of a 3D laser system with very complex beam guidance, in order to compensate problems arising from narrow space available. This present configuration however involves difficulties in adjustment, often giving rise to trouble and interruptions. Therefore the client is looking for a safe and less complicate solution. The chellenge in glue bead supervision: While the glue bead is being applied, very complex geometrical patterns are followed; the nozzle for the glue meanwhile does not rotate. Therefore this nozzle must be supervised in the total angle of 360°. This glue bead supervision can only be met by a laser scanner featuring an extremely low form factor.

2,5 kN, bottom flange with short clamping lever without position monitoring max. 250 bar, as per data sheet B1.828

2,5 kN, with cover with long clamping lever (blank) without position monitoring 250 bar, as per data sheet B1.827

2,5 kN, without cover with short clamping lever without position monitoring 250 bar, as per data sheet B1.827

2,5 kN, with cover with short clamping lever without position monitoring 250 bar, as per data sheet B1.827

2,5 kN, bottom flange with long clamping lever (blank) without position monitoring max. 250 bar, as per data sheet B1.828

size 3, single acting max. clamping force: approx. 5.8 kN without position monitoring with clamping lever max. 250 bar, as per data sheet B1.829

size 3, single acting max. clamping force: approx. 5.8 kN without position monitoring without clamping lever max. 250 bar, as per data sheet B1.829

size 2, double acting max. clamping force: approx. 5.0 kN with pneumatic position monitoring with clamping lever max. 250 bar, as per data sheet B1.829

size 2, double acting max. clamping force: approx. 5.0 kN with pneumatic position monitoring without clamping lever max. 250 bar, as per data sheet B1.829

size 2, single acting max. clamping force: approx. 3.5 kN without position monitoring with clamping lever max. 250 bar, as per data sheet B1.829

size 2, single acting max. clamping force: approx. 3.5 kN without position monitoring without clamping lever max. 250 bar, as per data sheet B1.829

size 1, double acting max. clamping force: approx. 3.2 kN with pneumatic position monitoring with clamping lever max. 250 bar, as per data sheet B1.829

size 1, double acting max. clamping force: approx. 3.2 kN with pneumatic position monitoring without clamping lever max. 250 bar, as per data sheet B1.829

size 1, single acting max. clamping force: approx. 2.5 kN without position monitoring with clamping lever max. 250 bar, as per data sheet B1.829

size 1, single acting max. clamping force: approx. 2.5 kN without position monitoring without clamping lever max. 250 bar, as per data sheet B1.829

with self-locking with pneumatic position monitoring plunger Ø 40 mm, stroke 20 mm max. load force 40 kN off-position extended contact by spring force max. 500 bar, as per data sheet B1.930

with self-locking with pneumatic position monitoring plunger Ø 25 mm, stroke 12 mm max. load force 20 kN off-position extended contact by spring force max. 500 bar, as per data sheet B1.930

with self-locking with pneumatic position monitoring plunger Ø 25 mm, stroke 12 mm max. load force 20 kN off-position retracted contact by spring force max. 500 bar, as per data sheet B1.930

with self-locking with pneumatic position monitoring plunger Ø 16 mm, stroke 8 mm max. load force 8 kN off-position extended contact by spring force max. 500 bar, as per data sheet B1.930

with self-locking with pneumatic position monitoring plunger Ø 16 mm, stroke 8 mm max. load force 8 kN off-position retracted contact by spring force max. 500 bar, as per data sheet B1.930

The optoCONTROL CLS1000 optoelectronic fiber optic sensor is suitable for use in automation thanks to its variable switching outputs. The CLS1000 is used for reliable position monitoring as well as for position and presence detection. The fiber optic sensor comprises a CFS sensor and a CLS1000 controller. The wide detection and operating ranges of up to 2000 mm make the fiber optic sensor ideal for the detection of components even at great distances. Due to the small design of the CFS sensors, the CLS1000 optoelectronic fiber optic sensor series is particularly suitable for use in confined installation spaces.

The advanced laser shutter DS200X8 combines with its short closing time of less than 15 ms. a long mechanical service life with the possibility of detecting the position and monitoring the mirror temperature. When the shutter is closed, the laser beam is absorbed in the beam trap. A laser power of up to 100 W is possible.

Differential assembly with torque and angle monitoring Positioning the 5 screwing units to screw in 2 x 5 screws in succession

The MBS hydraulic cylinders of the MZR-1005 series are synchronized cylinders with spring return for use as actuating and control cylinders. The spring characteristic is freely selectable according to customer specifications. Also hub and piston rod protrusion are variable. The cylinder connection takes place via a head flange attachment and a threaded attachment on the piston rod. For flexible use there are connecting pieces for pipe fittings to BSPP ISO 1179-2 and venting connections on both sides. The cylinders are prepared for use with position sensor and position monitoring. With the exception of the piston rod and the centering surfaces, the entire cylinder is protected against corrosion with a black primer. On request alternative surface treatments are possible. The surface of the piston rod is hard chromed, ground and polished. The cylinders are suitable for hydraulic fluids of the types H, HL and HLP according to DIN 51525-1. If you have any questions about areas of...

The WV58MR rotary encoder is a magnetic Safety rotary encoder with redundant position detection, custom-designed for use in mobile machines. It can be employed in safety-critical applications up to Performance Level PLd. Thanks to its particularly robust design of an optional redundant CANopen or CANopen Safety interface it is ideally suited for heavy-duty use in mobile machines.Combined with wire-actuated encoders, the WV58MR can als be used for reliable linear position monitoring. Absolute redundant safety rotary encoder. Interface CANopen Safety or CANopen redundant. Suitable for applications up to Performance Level PLd. Also available in a salt-spray resistant housing. High electro-magnetic compatibility. Available with special swing ring functionality.

The MBS hydraulic cylinders of the MZR-1004 series are synchronized cylinders for use as actuating and control cylinders. All cylinders work with low friction and run stick-slip-free. The connection is made via a head flange attachment and a threaded attachment on the piston rod. For flexible use, fittings for pipe fittings according to BSPP ISO 1179-2 and venting connections are available on both sides. Lift and piston rod protrusion are also variable selectable. Our cylinders are prepared for use with position sensor and position monitoring. With the exception of the piston rod and the centering surfaces, the entire cylinder is protected against corrosion with a black primer. On request alternative surface treatments are possible. The surface of the piston rod is hard chromed, ground and polished. The cylinders are suitable for hydraulic fluids of the types H, HL and HLP according to DIN 51525-1. If you have any questions about areas of application or other options, we are...

While the conventional drives are dependent on an external controller unit, for the compact drives no additional controller is needed. The complete electrical parts, including the drive controller and encoder, are integrated on the motor board. Programming is done via standard PC using free software. The operation can be done without a PC, the created driving programs are stored in the compact drive and can be accessed via a separate input. Compact design Integrated motor controller and encoder RS485 or CANopen Interface Operating modes: positioning, speed, flag-position, clockdirection, analog, analog position, torque Position monitoring with automatic error correction up to 0,9° Step resolution max. 1/64 Integrated temperature monitoring Step frequency 0-50 kHz at clock-direction-mode and 0-25 kHz at the other modes

Multilift II safety is yet another version of the Multilift II lifting column that is in the pipeline. RK Rose+Krieger has developed this column specially for overhead applications in media technology. Its uses include the correct positioning of projectors and monitors, whereby the lifting column is mounted upside down on the ceiling. A proprietary developed internal safety system prevents any accidental extension of the lifting column.