Technical Data - MICRO-EPSILON combiSENSOR 64x0 Instruction Manual

Functional Principle, Technical Data
2.3

Technical Data

Controller
Sensor
Target thickness insulator
Resolution
1)
Bandwidth
Linearity
Temperature stability
4)
Temperature stability
Temperature range
Power supply
Output
Trigger
Target geometry
Working distance
Min. diameter measurement surface
Protection class
Weight
Storage temperature
Difference signal of the digital output, measured with working distance = 50 % FSO
1)
Only valid when sampling rate = 3900 Sa/s
2)
Reference material ground electrode: VA steel (1.4571) or aluminium.
3)
Changes of the ground electrode (material or geometry) require a recalibration of sensor and controller by the manufacturer.
Circumferential clamping starts 5 mm behind the sensor surface, see
4)
combiSENSOR 64x0
KSS6420
static, 104 Sa/s 0.0018 %
dynamic, 3.9 kSa/s 0.0075 %
Sensor
Controller ± 50 ppm
controller: +10...+50 °C; sensor:+10...+50 °C; sensor cable: -10...+125 °C
capacitive, eddy current and differential signal: 0-10 V (short circuit proof);
Analogue
Ethernet capacitive, eddy current, differential and internal temperature signal: 24 Bit
EtherCAT capacitive, eddy current, differential and internal temperature signal: float
KSS6430
KSH5(01)
40 µm ... 3 mm
0.0004 %
0.0015 %
analog: 1 kHz (3 dB) , digital: 2.6 ... 3900 Sa/s (adjustable)
2)
± 0.05 %
± 50 ppm (+10...+60 °C)
± 50 ppm
12...36 VDC (5.5 W)
internal sensor temperature signal (not scaled)
TTL, 5 V
Straight surface or min. diameter 200 mm
2 ... 5 mm
45 mm
sensor: IP 54, controller: IP 40
sensor: 80 g ; controller: 750 g
sensor, cable: -10...+100 °C, controller: 0...75 °C
Fig. 7.
KSS6420(01) KSS6430(01)
KSH10
40 µm ... 6 mm
0.0030 % 0.0006 %
0.0120 % 0.0025 %
± 50 ppm ± 70 ppm
3)
4 ... 10 mm
65 mm
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