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DUT & Probe Positioners

Innco Systems Logo 

INNCO SYSTEMS 3D MEASURING SYSTEMS

Measurement systems for mobile, laptops, tablets and other specific electronic equipment, can be achieved using hi-tech materials, such as Rohacell (as used in Aerospace Industry). innco systems 2D and 3D positioning systems are custom designed to meet each new challenge, for mobile phones to wireless network equipment.

The ultra-low permittivity of the materials used, ensures that no distortion of measurement accuracy will be seen during testing.

innco systems have designed and developed a number of unique positioning systems such as Tire-Pressure-Sensors-Positioner and SAR systems.

Our solutions provide optimized EMC performances, using specially design shielded drive units, which provide the required 20dB below the limit line of CISPR 22 Class B.


Turn Device DE3250-E

EMC / EMI TEST 3D Turndevice for measuerment equipment

Data

The DE3250-E light duty turn device is specifically designed for measurements of medium sized equipment with cable assembly. With the exception of the drive only plastic and Rohacell components are used. The turning plate is equipped with holes and fixing bolts, cables and equipment can be mounted within the rotating axis.

The turn device DE3250-E exists of a steady bottom plate containing the drive unit, which is preferably fixed on a support table.

The GPIB (IEEE 488) bus, when operated wit the CO2000 Controller, or GPIB (IEEE 488) & LAN (TCP/IP), when operated by CO3000 Controller provides an additional control option for all functions.


Turn Device DE3330-RH

 

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Data

The DE3330-RH light duty turn device is specifically designed for measurements of medium sized equipment with cable assembly. With the exception of the drive only plastic and Rohacell components are used. The turning plate is equipped with holes and fixing bolts, cables and equipment can be mounted within the rotating axis.

The turn device DE3330-RH exists of a steady bottom plate containing the drive unit, which is preferably fixed on a support table.

The GPIB (IEEE 488) bus, when operated with the CO2000 Controller, or GPIB (IEEE 488) & LAN (TCP/IP), when operated by CO3000 Controller provides an additional control option for all functions.


Turn Device DE3600-RH

RA Mayes EMC Test

Data

The DE 3600-RH light duty turn device is specifically designed for measurements of mobile phones and small antennas. With the exception of the drive unit are only plastic & Rohacell components used. Different sized of mobile phones or antennas can be mounted and adjusted within the rotating axis.

The turn device DE 3600-RH exists of a steady bottom part containing the drive unit, which is preferably fixed on a turntable. The distance of the lower part to the turntable centre is manually adjustable by longholes.

The GPIB (IEEE 488) bus, when operated with the CO2000 Controller, or GPIB (IEEE 488) & LAN (TCP/IP), when operated by CO3000 Controller provides an additional control option for all functions.


Turn Device DE3700-RH  

RA Mayes EMC Test

Data

The DE 3700-RH turn device is specifically designed for measurement of notebook pc, mobile phones with or without “artificial head”. With exception of the drive unit are only plastic & Rohacell components used. Different sized mobile phones, “artificial heads” or Laptops can be mounted on different additonally available Holders.

The turn device DE 3700-RH exists of a steady bottom part containing the drive unit, which is preferably fixed on a turntable. The distance of the lower part to the turntable centre is manually adjustable by longholes.

The GPIB (IEEE 488) bus, when operated with the CO2000 Controller, or GPIB (IEEE 488) & LAN (TCP/IP), when operated by CO3000 Controller provides an additional control option for all functions.


Turn Device DE3800-RH  

RA Mayes EMC Test

Data

The DE 3800-RH turn device is specifically designed for measurement of notebook pc, mobile phones with or without “artificial head”. With exception of the drive unit are only plastic & Rohacell components used. Different sized mobile phones, “artificial heads” or Laptops can be mounted on different additonally available Holders.

The turn device DE 3800-RH exists of a steady bottom part containing the drive unit, which is preferably fixed on a turntable. The distance of the lower part to the turntable centre is manually adjustable by longholes.

The GPIB (IEEE 488) bus, when operated with the CO2000 Controller, or GPIB (IEEE 488) & LAN (TCP/IP), when operated by CO3000 Controller provides an additional control option for all functions.


Turn Device DE3900-RH

RA Mayes EMC Test

Data

The DE3900-RH turn device is specifically designed for measurements of Tire Preassure Sensors. The turning axis is designed as easy removable shaft with a quick-lock system for many hub-diameters of rims up to 21". With the exception of the drive only plastic and Rohacell components are used.

The turn device DE3900-RH is mounted on a movable support which contains the drive unit and can be fixed on a standard Turntable. The mounted lockable rollers allow a easy setup and storage ot the Turndevice.

A movable preperation stand to measure, prepare and adjust the rim position on the shaft is optionally available.

The GPIB (IEEE 488) bus, when operated with the CO2000 Controller, or GPIB (IEEE 488) & LAN (TCP/IP), when operated by CO3000 Controller provides an additional control option for all functions.

Various Positioners

XYZ120815

 

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Data

The 3 Dimensional Positioner XYZ120815 is designed to support the automation of RFID Transponder measuring in continues or step by step movement. The base is specifically designed for the size of a EURO-pallet 1.2 x 0.8 m (L x W)

All three axis can be operated independent and at the same time to shorten the measurement.

Metal parts are located only in the drive mechanism (max. 0,3 m above ground level). Limit switches and the general mechanical design ensure a reliable system operation.

The IEEE 488 (GPIB) bus, when operated with the CO2000 Controller, or IEEE 488 (GPIB) & TCP/IP (LAN) interface, when operated by CO3000 Controller provides an additional control option for all functions.

It is possible to design the XYZ customized upon request.


CP1500-MP

 

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Data

The antenna positioner CP1500-MP is designed and developed for use in an EMC chamber. It features two independently controllable and radially movable carriages equipped with receptacles for small antennas.

Along the theoretical connection line from -90° to +90°, the entire machine is made of plastic and thus completely metal-free.

The machine consists of guide sectors, two swivel carriages with aerial antenna holders and drives.

Two separately controllable drive units, each with a 150W motor, that drive the carriages via a belt drive. They are located on the right and on the left end of the positioner.

The machine is equipped with cable carriers. These enable smooth movement of the antenna cables, and the interrupter lines for the carriage collision monitoring with the movable carriages.

The IEEE 488 (GPIB) bus, when operated with the CO2000 Controller, or IEEE 488 (GPIB) & TCP/IP (LAN) interface, when operated by CO3000 Controller provides an additional control option for all functions.


Linear positioner VSWR15000-MP


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Data

The VSWR 15000-MP linear positioner is designed to support the automatisation of VSWR / and site VSWR measuring procedures with antennas up to 6kg (13lbs). The slide can be moved 15 m horizontal controlled by CO3000 controller OR if equipped with PC-option direct via USB. The signal is transmitted by fiber optic cable.

The height of the antenna and polarisation can be adjusted manually.
The mast beam can be rotated vertically excentric so the rotation axis can be optimised according antenna center. The device is easy to move by lockable rollers. Metal parts are located only in the base plate and the drive mechanism (max. 0.4 m above ground level)

 

Field Probe Positioner FSM2315

 

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Data

The Field Probe positioner FSM2315 is a 2D positioner for continuous and step by step movement for the Field Probe. The construction is in horizontal level. Metal parts are located only in the base plate and the drive mechanism (max. 0,2 m above ground level). Limit switches and the general mechanical design ensure a reliable system operation.

The IEEE 488 (GPIB) bus, when operated with the CO2000 Controller, or IEEE 488 (GPIB) & TCP/IP (LAN) interface, when operated by CO3000 Controller provides an additional control option for all functions.

It is possible to design the FSM customized upon request.

INNCO SYSTEMS CO3000 Positioner Controller

Controllers

The introduction of our new CO3000 controller combines more than 20 years of experience, with research and development, taking into consideration feedback from existing new and existing customers. The intuitive design provides a 7’’ TFT display, allowing easy and precise operation in manual, semi-automatic and remote control mode.

The controller supports Innco and Innco-systems positioning devices, which are controlled via fiber optic cables. The GPIB (IEEE) and LAN (TCP/IP) ports add additional control methods and for future upgrades.

Innco also offers a Hand Control Unit (HCU) for use with up to 3 devices. The connection of the HCU can be by either fiber optic or wire cable.

 

 

Catalog


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