• 600 MHz of instantaneous bandwidth per channel
• Timing synchronization up to 16 channels
• Link Emulation including:
  • Phase continuous delay, Doppler, and attenuation changes
  • AWGN and Eb/No
  • 12 tap (path) multipath fading with Rayleigh, Rician & CW. Angle of Arrival (AOA), k-factor, and correlation controls
  • RF frequency agile up/down converters
• Payload Emulation including:
  • IMUX/OMUX amplitude and group delay distortion
  • Amplifier Compression (AM/AM and AM/PM)
  • Phase Noise
• Static and dynamic link emulation
• Ephemeris data generation using SATGEN
• Remote instrument control through ACEClient application

NEO 001F 3000 PSI Adapters

• 2 in 1: device contains the Hot Set Test as well as the Heat Pressure Test
• Robust and compact set including the device and an equipment case
• Possibility to attach a thermometer directly near the sample
• Measurement according to the cable standards IEC 60811 -507 (Hot Set Test) and IEC 60811 -508 (Heat Pressure Test) regarding sample attachment and weight attachment
• Precise choice of weights due to practical containers
• Simultaneous measurement of up to 3 cable or tube samples

• Single-mode fiber with FC/PC connector
• Unique line uniformity and μ-optics for thin lines ( <15 μm [1/e²] )
• Red, green and blue wavelengths
• Optical output power up to 35 mW
• < 15 μm bei FWHM
• M2 < 1.05
• Analog and simultaneous TTL modulation up to 200 kHz
• Fail-safe for critical applications (e. g. medical)
• OEM-version without housing and TEC (PCB-version)

• Up to 96 differential channels per full rack mainframe
• Constantly monitor input signals for fault conditions
• Flexible configurations for detecting edges, out-of-bounds conditions and measuring pulse widths
• Inputs can be masked, inverted, and combined to produce interrupts
• Can be used as a time stamp module and as a digital I/O
• Programmable debounce circuitry prevents erroneous readings
• 10 V and 100 V input ranges
• On-board memory stores events with IEEE 1588 timestamps
• Synchronize reading of input states with other scanned analog channels

• Object size / measuring range up to 130 mm (5.11“) (larger customizations are possible) 
• Quick and very easy measurement 
• Little training required (without a customer specified database an initial operating instruction takes only 15 min) 
• Suitable software: VELOX (measuring software), ProCable3 (CAQ system) 
• Various external CAQ software are connectable (CIQ-AESA, ADVARIS, QDA-ASI-DATAMYTE, QUASAR, etc.) 
• No user influence on default optical focus as well as default optimized, intelligent and homogeneous lighting 
• Shock and vibration resistant due to an optimized sensor arrangement and balanced weight distribution 
• Quick and very precise measurements due to the robust construction and easy operation 
• Measuring software enables various operator level settings (production, laboratory, administrator, service, etc.) 
• Standardized individual components lead to supply security and therefore a short delivery period 
• Easy connection with external devices

NEO 905 5080 PSI Adapters

• Measuring device for large extrusion tools up to 35 mm (1.37“) hole diameter 
• Automated measurement process 
• Focus indicator allows you to easily adjust the focus 
• Homogeneous transmitted light illumination - made by iiM GmbH - for the ideal presentation of the area to measured 
• The influence of the user is reduced to a minimum 
• Robust, ergonomic design 
• Ideal addition to the 2-camera system VCPEx+

With LUMIMAX® LED Coaxial Lights, a highly diffused light field is shown on the object field through a semi-transparent mirror vertical in the optical axis of the camera. The homogeneous and shadow-free lighting is used for surface inspections, completeness checks and printed image inspections. The Coaxial Lights also meet the requirements for standard-compliant reading and verification of two-dimensional codes.

The optical design of Coaxial Lights necessarily reduces the amount of light emitted. By using the latest generation of High Power LEDs, the new LES series can compensate for this effect and illuminate test objects with high light intensity.