Measurement and Test Automation
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Signal Acquisition:
The Measurement and I/O Level

e.bloxx Modules

 INPUT TYPES ↓A1A3A4TCA5A5CRA6-2CFA9D1D2D3
Voltage       
Current        
Resistance        
Pt100, Pt1000        
Potentiometer         
Thermocouple        
Cryo Sensor         
Single Strain Gauge         
Half Bridge Strain Gauge         
Full Bridge Strain Gauge        
Inductive Half Bridge         
Inductive Full Bridge         
LVDT         
ICP Sensor          
Frequency Signal        
Pulse Width         
Counter        
Status  
CAN Data         
Serial Sensors, SSI         
 OUTPUT SIGNAL ↓A1A3A4TCA5A5CRA6-2CFA9D1D2D3
Voltage        
Current         
Frequency         
Pulse Width         
Status  
Relays         
CAN Data         
Serial Actuator         
 NUMBER OF CHANNELS1 (4)4 (16)4 (16)2/3/62148 (32)416
 DATA RATES
MAX. PER CHANNEL PER SECOND
10001001001011000100010001001000
 Details ↓A1A3A4TCA5A5CRA6-2CFA9D1D2D3

Hint: In case you can not see the complete table use the F11 key to switch to full screen mode.

 

e.bloxx Module A1

  • 1 or 4 universal input channels
  • Voltage, current, resistance, Pt100, Pt1000, thermocouples, meaurement bridges
  • 1 digital input per channel
  • Status, reset
  • 1 solid state relay output per channel
  • Status, alarm, threshold, tolerance band
  • ADC-conversion and signal conditioning with 19 bit up to 1000/s
  • Linearization, digital filter, average, scaling, min/max memory, arithmetics
  • RS 485 fieldbus interface
  • Profibus-DP, Modbus-RTU, ASCII
up to table ↑
 

e.bloxx Module A3

  • 4 or 16 galvanic isolated voltage / current input channels
  • Differential voltage, current (with e.bloxx Terminal 4C), galvanically isolated 100VDC
  • Sample rate 100/s with 4 active channels
  • Module sample rate 400/s
  • 1 digital input and 1 digital output
  • Status, reset, alarm, threshold, tolerance band
  • ADC-conversion and signal conditioning with 19 bit
  • Linearization, digital filter, average, scaling, min/max memory, arithmetics
  • RS485 fieldbus interface
  • Profibus-DP, Modbus-RTU, ASCII
up to table ↑
 

e.bloxx Module A4TC

  • 4 or 16 galvanic isolated Thermocouple input channels
  • Thermocouples, voltages ±80 mV
  • Dynamic linearization
  • Optimized use of base points for type B, E, J, K, L, N, R, S, T, U, import of individual curves
  • ADC-conversion and signal conditioning with 19 bit and up to 100/s
  • Linearization, digital filter, average, scaling, min/max memory, arithmetics
  • RS485 fieldbus interface
  • Profibus-DP, Modbus-RTU, ASCII
up to table ↑
 

e.bloxx Module A5

  • RTD input module
  • Pt100/Pt1000, resistance in 2, 3 or 4 wire
  • 1 digital input
  • Status, reset
  • 1 digital output
  • Alarm, threshold, tolerance band
  • ADC-conversion and signal conditioning with 19 bit
  • Linearization, digital filter, average, scaling, min/max memory, arithmetics
  • RS485 fieldbus interface
  • Profibus-DP, Modbus-RTU, ASCII
up to table ↑
 

e.bloxx Module A5CR

  • 2 Input channels for Cryo sensors
  • e.g. Type Cernox or TVO
  • Sensor excitation 8 µAeff only
  • to avoid self heading of the sensor
  • Individual linearization of the sensor characteristics
  • Sensor specific linearization by using 64 nodes and archive in a sensor data file (import function).
  • 1 digital input, 1 digital output
  • Status, alarm, limit value, tolerance band
  • RS 485 fieldbus interface
  • Profibus-DP, Modbus-RTU, ASCII
up to table ↑
 

e.bloxx Module A6-2CF

  • Universal carrier frequency sensor connection
  • Strain gauges full, half and quarter bridges, inductive bridges, LVDT
  • 6 digital inputs and 4 digital outputs
  • Functions definable, e.g. memory delete, frequency measurement, counter, alarm, threshold, tolerance band, status
  • 2 analog outputs
  • ±10 V, any variable attributable, e.g. netto and envelope curve
  • ADC-conversion and signal conditioning with 19 bit and 5000/s
  • Linearization, digital filter 4th pole, scaling, tare, min/max memory, run/hold, envelope curve, arithmetics, alarm, threshold, tolerance band
  • RS485 fieldbus interface
  • Profibus-DP, Modbus-RTU, ASCII
up to table ↑
 

e.bloxx Module A9

  • 4 analog outputs
  • Voltage ±10 V and current 4..20 mA selectable
  • 16 bit DAC
  • Conversion rate up to 1000/s
  • 1 digital input and 1 digital output
  • Status, tara, reset, alarm, threshold, tolerance band
  • Signal conditioning
  • Scaling, min/max memory, arithmetics
  • RS485 fieldbus interface
  • Profibus-DP, Modbus-RTU, ASCII
up to table ↑
 

e.bloxx Module D1

  • 8 to 32 digital in/outputs
  • freely configurable
  • Status in-/output
  • Process or host controlled
  • Frequence in-/output
  • Chronos method for precise and fast frequence measurement up to 2 MHz, frequency and PWM output
  • Counter input
  • Quadrature counter, Up/Down counter up to 400 kHz
  • RS485 fieldbus interface
  • Profibus-DP, Modbus-RTU, ASCII
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e.bloxx Module D2

  • 4 relay outputs
  • 2 closing contacts and 2 switchable contacts
  • Switching of electrical power
  • 230 VAC / 3 A, 30 VDC / 3 A
  • Many operations
  • Expected mechanical life-span: 50,000,000 cycles
  • RS485 fieldbus interface
  • Profibus-DP, Modbus-RTU, ASCII
up to table ↑
 

e.bloxx Module D3

  • e.bloxx D3-CAN - CAN input and output
  • CAN node 2.0A / 2.0B ref. to ISO 11898
  • e.bloxx D3-COM - RS-485 und RS-232 Master
  • For connecting of serial devices and fieldbus slaves, standard protocol Modbus-RTU, others on request
  • e.bloxx D3-SSI - RS-422 Master
  • For connection absolute encoders (e.g. angle, displacement) with SSI (serial synchrony interface)
  • 6 digital inputs and 4 digital outputs
  • Definition of functions like status, alarm or counter
  • RS-485 fieldbus (slave) interface
  • Profibus-DP, Modbus-RTU, ASCII
up to table ↑

 
 
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© Gantner Instruments Test & Measurement GmbH, Heidelberger Landstr. 74, 64297 Darmstadt, Phone: +49 6151 95136-0, Fax: +49 6151 95136-26 - The preparation of all the contents and details included on Internet pages is undertaken without accepting liability for the completeness and correctness of this information. - Page: http://www.gantner-instruments.com/distributed-systems/e-series/measure-io, February 4, 2012