Q.series - Gantner Instruments

Hardware Design
Functionality A101 A102 A103 A104 A106 A107 A108 A109 A113 A114 A119 A123 A124 A128 D101 D104 D105
Q.bloxx
Q.brixx
Q.raxx
Q.raxx slimline
Q.staxx
INPUT TYPES
Voltage
Voltage (1.2 kV iso.)
Voltage (up to 1.2 kV)
Current
Resistance
Potentiometer
Pt100, Pt1000
Thermocouple
Thermocouple (1.2 kV iso.)
, ½ and ¼ Bridges
Inductive and ½ Bridges
LVDT
IEPE/ICP Sensor
Frequency
Pulse Width
Counter
Time
Q.series Q.series
THE MEASUREMENT AND I/O LEVEL THE CONTROLLER LEVEL
Q.bloxx
Modular design for
DIN rail mounting
Status
OUTPUT SIGNAL
Voltage
Current
Frequency Signal
Pulse Width
Status
Q.raxx
19” System
(1U and 3U)
Q.staxx
Robust design for pallet
handling systems
CHANNELS 2 1 8 8 2 4 8 4 16 16 8 4 4 4/2 8 16 16
DATA RATES (HZ) 100 k 100 k 100 100 10 k 10 k 10 k 100 k 100 100 100 k 10 k 100
Q.brixx
Portable measuring system
for changing tasks
50/
100 k
10 k 10 k 10 k
The addition of a Test Controller transforms
the Q.series modules into a powerful test automation
and control system. The Test Controller
is the interface between the modules and the
respective automation system, handling all of
the synchronization, data buffering, control,
and transfer of data to the automation system
(typically on a PC). Different application requirements
(number of points, maximum throughput
rates, programming and control requirements,
etc.) will dictate which Test Controller
is best suited.
With the Q.gate the following
performance characteristics are
possible via Ethernet:
128 Real variables with 1 kHz (block transfer)
16 Real variables with 10 kHz (block transfer)
64 Real variables with 300 Hz (online)
Q.pac
64 Real
variables
with 10 kHz
(real time)
Hot Swap
The innovative Q.socket supports easy and effective Q.bloxx module
installation and management. In addition, the „Hot Swap“ feature
allows simple expansion, modification and service of Q.bloxx and
Q.brixx systems – while they are in actual operation and without the
need of shutting down power.
Ethernet TCP/IP
With the Q.station the
following performance
characteristics are possible:
via Ethernet
16 Real variables with
100 kHz
128 Real variables with
10 kHz
via EtherCAT
256 variables read with
10 kHz and 256 variables
write with 10 kHz
via USB
1 MB per second