Description
Features
- PCI interface to the 32-bit data bus, 3.3 V or 5 V
- Acquisition of 8 or 16 inductive transducers (half-bridge, LVDT)
- 16-bit resolution
- Sampling rate depending on the transducer: APCI-3701-8/-16: from 2 to 20 kHz
- Measuring frequency programmable through software: Standard version APCI-3701-8/-16: from 2 to 20 kHz (50 kHz on request)
- Conversion triggered through software, digital input or timer
- End of conversion through software and/or interrupt
- PCI-DMA access
- Onboard FIFO
- Sequence RAM
- 16 digital inputs and outputs, optically isolated, 24 V
- Connection of the transducer through an external box PX 3701-8 or -16. The box type depends on the transducer, please order separately.
- Software operation
- Automatic setting of the input levels (gain and offset) acc. to the transducer sensitivity
- Tool for the individual databased calibration of the transducers
- Database for connecting/calibrating a large range of industry-standard transducers (APCI-3701-8, or -16): Solartron; Tesa; Marposs; Schlumberger; Peter & Hirt; Mahr; RDP; Schaevitz; SMPR Controle. Further transducers like for example Horst Knaebel can be calibrated on request.
Safety Features
- Input filters
- Diagnostic function in case of short-circuits or line break
Applications
- Gear wheel control
- Gauge block
- Acquisition of sensor data
- Quality control
- Industrial process control
- Automatic parts control
- R&D Instrumentation
Specifications
Inputs for Inductive Transducers
Channel features
Number: | 4, 8 or 16 Multiplexed | |
Input Type: | Single-ended | |
Coupling: | DC | |
Resolution: | 24-bit |
Input level
Input Impedance: | 2 kΩ software-programmable 10 kΩ, 100 kΩ, 10 MΩ | |
Input Ranges: | ± 3 V single ended |
Sensor supply (sinus generator)
Type: | Sinus differential (180° phase-shift) | |
Coupling: | AC | |
Programmed Signals: | Output frequency fP (primary frequency): 2-20 kHz depending on the transducer (50 kHz Knaebel) | |
Output Impedance: | < 0.1 Ω typ., > 30 kΩ typ. in shutdown mode | |
Short-circuit Current: | 0.7 A typ. at 25°C with thermal protection |
Digital I/O
Number of I/O Channels: | 8 Digital Inputs, 8 Digital Outputs, 24V |
Optical Isolation: | 1000V through opto-couplers |
Input Current at 24V: | 3mA typical |
Max. Input Frequency: | 5kHz |
Max. Switching Current: | 50mA typical |
Input Range: | 0-30V |
Output Range: | 5-30V |
Physical and environmental conditions
Dimensions: | 140 x 99 mm |
System Bus: | PCI 32-bit 3.3/5 V acc. to spec. 2.2 (PCISiG) |
Space Required: | 1 PCI slot for analog inputs, 1 slot opening for the digital I/O with FB3702 |
Operating Voltage: | +5 V, ±5 % from the PC; 24V external |
Current Consumption (+5V from the PC) |
APCI-3701-8: typical 630mA APCI-3701-16: typical 800mA |
Front Connector: | 50-pin SUB-D male connector |
Additional Connector: |
16-pin male connector for connecting the digital I/O |
Operating Temperature: | 0 to 60 °C (with forced cooling) |
APCI-3701 Connection Details
PX3701-8: | Connection box for 8 half-bridge or LVDT inputs |
PX3701-16: | Connection box for 16 half-bridge or LVDT inputs |
ST3701:
|
50-pin D-Sub connection cable between APCI-3701 & PX3701 |
FB3702: | Ribbon cable for digital I/O on separate bracket |
PX901-ZG: | Screw terminal panel for digital I/O, DIN Rail mounting |
ST010: | Standard 37-pin D-Sub connection cable, 2m |
ST011: | Standard 37-pin D-Sub connection cable, 5m |