For the highest point density in the least amount of space, Q.raxx was designed to take the Q.bloxx functionality to the 19" rack mount world typically found in test cell environments. The Q.raxx slimline packs up to 16 analog or 64 digital channels in a 1U high package, and the Q.raxx 3U high package supports more than 400 channels with multiple termination options.
Q.raxx A101-8 (Return)
• 8 universal analog input channels
voltage, current, resistance, potentiometer, Pt100,
Pt1000, thermocouples, full and half bridges,
IEPE-sensors
• Fast high accuracy digitalization
24 bit ADC, 100 kHz sample rate per channel
• Signal conditioning
virtual channels, linearization, digital filter, average,
scaling, min/max storage, RMS, arithmetic, alarm
• Galvanic isolation
channel to channel to power supply and to interface,
Viso 500 VDC
• Electromagnetic Compatibility
according EN 61000-4 and EN 55011
• Power supply 10 to 30 VDC
| Q.raxx A104-16 (Return)
• 16 galvanic isolated input channels
thermocouples and voltages in the range of ±80 mV
• Cold junction compensation
Integrated CJC each input
• High accuracy digitalization
24 bit ADC, 100 Hz sample rate per channel,
sum sample rate 1600 Hz
• Dynamic linearization
optimized positioning of the interpolation points
within the selected range, type B, E, J, K, L N, R, S,
T, U
• Galvanic isolation
channels to power supply and to interface,
Viso 500 VDC
• Electromagnetic Compatibility
according EN 61000-4 and EN 55011
• Power supply 10 to 30 VDC
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Q.raxx A106-8 (Return)
• 8 analog input channels for bridges
strain gauge and inductive bridges (full, half,
quarter), LVDT, RVDT
• DC and carrier frequency principle selectable
DC bridge excitation, AC 600 Hz and 4.8 kHz bridge
excitation
• Fast high accuracy digitalization
24 bit ADU, 10 kHz sample rate per channel
• Signal conditioning
linearization, digital filter, average, scaling,
min/max
storage, arithmetic, alarm
• 1 analog output per channel
voltage ±10 V, 10 kHz
• Galvanic isolation
of analog in/out, power supply and interface,
Viso 500 VDC
• Power supply 10 to 30 VDC
| Q.raxx A107-16 (Return)
• 16 universal analog input channels
voltage, current, resistance, potentiometer, Pt100,
Pt1000, thermocouples, measuring bridges
• Fast high accuracy digitalization
24 bit ADC, 10 kHz sample rate per channel
• Signal conditioning
Linearization, digital filter, average, scaling, min/max
storage, RMS, arithmetic, alarm
• Galvanic isolation
of analog in/out, power supply and interface,
Viso 500 VDC
• Power supply 10 to 30 VDC
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Q.raxx A108-16 (Return)
• 16 galvanic isolated input channels
differential voltage, current via shunt connector;
Isolation voltage 500 VDC
• Fast and high accuracy digitalization
24 bit ADC, 10 kHz sample rate per channel
• Signal conditioning
linearization, digital filter, average, scaling, min/max
storage, RMS, arithmetic, alarm
• Galvanic isolation
channel to channel to power supply, and to
interface, Viso 500 VDC
• Electromagnetic Compatibility
according EN 61000-4 and EN 55011
• Power supply 10 to 30 VDC
• Accuracy class 0.01
| Q.raxx A116-32 (Return)
• 32 analog input channels for bridges
strain gauge bridges (full, half, quarter)
4/6 and 3/5 wire connection for cable compensation
• Flexible inputs
DC bridge excitation selectable 2 VDC, 4 VDC
Measuring range selectable 1 mV/V, 5 mV/V
• Fast high accuracy digitalization
24 bit ADU, 10 kHz sample rate per channel
• Signal conditioning
linearization, digital filter, average, scaling
min/max storage, arithmetic, alarm
• Shunt resistor per channel
120 Ω and 350 Ω
• Galvanic isolation
of analog in/outs to power supply and interface,
Viso 500 VDC
• Power supply 10 to 30 VDC
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Q.raxx D101-16 (Return)
• 12 digital inputs and 4 digital outputs
configurable as counter, frequency, PWM and time
inputs, frequency or PWM output, state in or output
• State in and outputs
process and host controlled
• Frequency in and outputs
frequency measurement up to 1 MHz (Chronos
method),frequency output up to 10 kHz
• Counter
for/backward counter, quadrature counter with
reference zero recognition (reset/enable), up to
1 MHz
• PWM in and outputs
measurement of duty cycle and frequency, output
with variable frequency and/or duty cycle
• Time measurement
• Power supply 10 to 30 VDC
| |
Q.raxx A101 (Return)
• 2 universal analog input channels
voltage, current, resistance, potentiometer, Pt100,
Pt1000, thermocouples, full and half bridges,
IEPE-sensors
• Fast high accuracy digitalization
24 bit ADC, 100 kHz sample rate per channel
• 1 digital in or output per channel
input: state, tare, memory reset, alarm, threshold
output: state alarm, thresh hold
• Signal conditioning
virtual channels, linearization, digital filter, average,
scaling, min/max storage, RMS, arithmetic, alarm
• TEDS
class 1 and class 2, according IEEE 1541.4
• Galvanic isolation
channel to channel to power supply and to interface,
Viso 500 VDC
| Q.raxx A102 (Return)
• 1 analog input channel
measuring bridge (full, half, quarter), IEPE-sensors,
voltage, current
• 1 analog output
voltage ±10 V and current 0 up to 25 mA selectable,
100 kHz
• Fast high accuracy digitalization
19 Bit ADC - SAR (without delay time), 100 kHz
sample rate
• 4 digital inputs, 2 digital outputs
input: state, tare, memory reset,
output: state, alarm, threshold
• Signal conditioning
32 virtual channels, linearization, digital filter,
average, scaling, min/max storage, RMS, arithmetic,
alarm
• TEDS
class 1 and class 2, according IEEE 1541.4
• Galvanic isolation
channel to power supply and to interface,
Viso 500 VDC
|
Q.raxx A104 (Return)
• 8 galvanic isolated input channels
thermocouples and voltages in the range of ±80 mV
Isolation voltage 100 VDC
• Cold junction compensation
good thermal coupling by means of cold junction
compensation
• Dynamic linearization
optimized positioning of the interpolation points
within the selected range, type B, E, J, K, L N, R, S,
T, U
• High accuracy digitalization
24 bit ADC, 100 Hz sample rate per channel, sum
sample rate 800 Hz
• Signal conditioning
digital filter, average, scaling, min/max storage,
arithmetic, alarm
• Galvanic isolation
channels, power supply and interface,
Viso 500 VDC
| Q.raxx A106 (Return)
• 2 analog input channels
strain gauge and inductive bridges (full, half,
quarter), LVDT, RVDT
• DC and carrier frequency principle selectable
bridge excitation: DC or CF 600 Hz or CF 4800 Hz;
2.5 V or 5 V
• 2 analog outputs
voltage ±10 V, 10 kHz
• Fast high accuracy digitalization
24 bit ADC, 10 kHz sample rate per channel
• 4 digital I/Os
input: state, tare, memory reset, alarm, threshold,
output: state alarm, thresh hold
• Signal conditioning
virtual channels, linearization, digital filter, average,
scaling, min/max storage, RMS, arithmetic, alarm
• Galvanic isolation
channel to channel to power supply and interface,
Viso 500 VDC
|
Q.raxx A107 (Return)
• 4 universal analog input channels
voltage, current, resistance, potentiometer, Pt100,
Pt1000, thermocouples, measuring bridges
• Fast high accuracy digitalization
24 bit ADC, 10 kHz sample rate per channel
• Signal conditioning
16 virtual channels, linearization, digital filter,
average, scaling, min/max storage, RMS, arithmetic,
alarm
• Galvanic isolation
of channel to channel to power supply, and to
interface
Viso 500 VDC
| Q.raxx A108 (Return)
• 8 galvanic isolated input channels
differential voltage, current via shunt connector
Isolation voltage 100 VDC
• High accuracy digitalization
24 bit ADC, 10 kHz sample rate per channel with 8
active channels, sum sample rate 80 kHz
• 2 digital in and 2 outputs
input: state, tare, memory reset
output: state, alarm, threshold
• Signal conditioning
linearization, digital filter, average, scaling, min/max
storage, RMS, arithmetic, alarm
• Galvanic isolation
channel to channel to power supply and to interface,
Viso 500 VDC
|
Q.raxx A109 (Return)
• 4 galvanic isolated analog output channels
voltage ±10 V, current 0 to 20 mA selectable,
isolation voltage 500 VDC
• DAC-resolution 16 bit
100 kHz with 1 channel, 10 kHz with 4 channels
• 4 digital inputs and 4 digital outputs
configurable as 2 counter, 2 frequency, or 2 PWM
inputs, 2 frequency or PWM output, state in or output
• Frequency in and outputs
frequency measurement up to 1 MHz (Chronos),
frequency output up to 1 kHz
• Counter
For/backward counter, quadrature counter with
reference zero recognition (reset/enable), up to
1 MHz
• PWM in and output
measurement of duty cycle and frequency
| Q.raxx A123 (Return)
• 4 high galvanic isolated input channels
differential voltage, current via shunt connector,
isolation voltage 1200 VDC permanent
• 3 measuring ranges selectable each channel
±10 V, ±1.25 V, ±100 mV
• Fast high accuracy digitalization
24 bit ADC, 10 kHz sample rate per channel
• Signal conditioning
linearization, digital filter, average, scaling, min/max
storage, arithmetic, alarm
• Galvanic isolation
channel to channel to power supply, and to interface
isolation voltage 1200 VDC / 858 VACrms test
voltage 5 kVrms over 1 minute
|
Q.raxx A124 (Return)
• 4 high galvanic isolated input channels
thermocouple on high voltage potential (not
isolated), isolation voltage 1200 VDC permanent
• Cold junction compensation
each channel on board
• Dynamic linearization
optimized positioning of the interpolation points
• High accuracy digitalization
24 bit ADC, 1 kHz sample rate per channel
• Signal conditioning
digital filter, average, scaling, min/max storage,
arithmetic, alarm
• Galvanic isolation
channel to channel to power supply and to interface
isolation voltage 1200 VDC / 858 VACrms
test voltage 5 kVrms over 1 minute
| Q.raxx A128 (Return)
• 4 high galvanic isolated input channels
differential voltage, isolation voltage
1200 VDC permanent
• 4 measuring ranges selectable each channel
±40 V; ±120 V, ±400 V, ±1200 V
• Fast high accuracy digitalization
24 bit ADC, 50 kHz sample rate per channel with
4 active channels, 100 kHz sample rate per channel
with 2 active channels
• Signal conditioning
linearization, digital filter, average, scaling, min/max
storage, RMS, arithmetic, alarm
• Galvanic isolation
channel to channel to power supply, and to interface
isolation voltage 1200 VDC / 858 VACrms
test voltage 5 kVrms over 1 minute
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Q.raxx D101 (Return)
• 8 digital inputs and 8 digital outputs
configurable as counter, frequency, PWM and time
inputs, frequency or PWM output, state in or output
• State in and outputs
process and host controlled
• Frequency in and outputs, time measurement
frequency measurement up to 1 MHz (Chronos
method), frequency output up to 10 kHz
• Counter
for/backward counter, quadrature counter with
reference zero recognition (reset/enable), up to
1 MHz
• PWM in and outputs
measurement of duty cycle and frequency, output
with variable frequency and/or duty cycle
| Q.raxx D104 (Return)
• 16 digital inputs
state, single or bit set, host controlled
• Configurable threshold
TTL or high level (EN61131-2, Type1)
• Short reaction time
10 μs per input
• Galvanic isolation
I/O-signals (2 groups x 8 inputs), to power supply,
and to interface
Isolation voltage 500 VDC
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Q.raxx D105 (Return)
• 16 digital outputs
state, single or bit set, host controlled
• High possible load
30 VDC / 500 mA short circuit proof
• Short reaction time
10 μs up to 1 ms per input
• Galvanic isolation
I/O-signals (2 groups x 8 inputs), to power supply,
and to interface
Isolation voltage 500 VDC
| |
The Q.raxx slimline is designed to offer the highest available performance and convenience for the test stand user. In just 1U of 19 inch rack height (1.75"), it is possible to bring in 16 fully isolated DC inputs , thermocouples inputs, bridge inputs, etc., ( at up to 10 kHz per channel and 24-bit resolution). In addition, all terminations are done on the front of the chassis, with the exact connectors required (T/C, BNC, DB-9, etc.) required for your application. Standard configurations are as follows:
The Q.rack 3U systems provide the highest density possible in 3U high of 19 inch rack space, with configurations supporting as many as 96 fully isolated DC, thermocouple, bridge, etc. inputs per chassis. The 14-slot chassis comes standard with the Q.gate test controller, allowing precise data synchronization and acquisition along with full math and control functionality all within the single chassis.