Teac TD-9000T - Page 74

74
6-1-2-6. Calibration
6-1-2-6-1. Sensor
Content Command No. Setting item
Sensor memory 1000 0: Sensor Memory 1, 1: Sensor Memory 2, 2: Sensor Memory 3, 3: Sensor Memory 4
Sampling rate 1006 0.5kHz, 1.25kHz
Y axis 1007 0: Load, 1: Load and displacement
X axis 1008 0: Time, 1: Displacement
X axis full scale 1009
0: 80ms, 1: 170 ms, 2: 400ms, 3: 800ms, 4: 2.0s, 5: 4.0s, 6: 10.0s, 7: 30.0, 8: 60.0,
9: 90.0
o The definitions change according to the X axis setting (time/displacement).
6-1-2-6-2. Load cell
Content Command No. Setting item
Bridge voltage 1001 0: 2.5V, 1: 5V, 2: 10V
Load decimal points 1002 0: none, 1: 0.0, 2: 0.00 3: 0.000, 4: 0.0000
Zero point input calibration 1003 −3100, +3100, (0.000–3.100mV/V)
Zero balancing 1004 1: Execute
Remote sensing 1005 0: Unused, 1: Used
Rated output value (RATED OUTPUT) 1101 100–3200 (0.100–3.000mV/V)
Rated capacity value (equivalent input) 1102 1–99999
Rated capacity value (actual load) 1103 1–99999
TEDS calibration (TEDS CALIB.) 1104 1: Execute
D/A output setting 1301 0: Voltage, 1: Current
D/A max. voltage 1302 1–10
D/A Zero 1303 ±99999
D/A full scale 1304 ±99999
Unit shown setting 1401
0: None, 1: N, 2: kN, 3: kPa, 4: MPa, 5: g, 6: kg, 7: ton, 8: mNm, 9: Nm,
10: kNm, 11: dN, 12: Pa, 13: mBar, 14: Bar, 16: m_s2, 17: Gal
Maximum display value (MAX. DISP. VALUE) 1404 1–99999
Sensor input logic 1405 0: Standard, 1: Reversed
Low-pass filter 2001 0: OFF, 1: 3Hz, 2: 10Hz, 4: 100Hz, 5: 300Hz, 6: 1000Hz
Moving average number (MOVING AVG. NUM.) 2002 0–1: Disabled, 2–2048: Moving average number
Automatic digital filter (AUTO DIGITAL FILTER) 2003 0: OFF, 1: ON
Digital offset 2303 ±19999
Digital zero limit (D/Z LIMIT SETTING) 2302 00000–99999
6-1-2-6-3. Displacement sensor
Content Command No. Setting item
Unit shown 1501 1: μm, 2: mm, 3: cm, 4: m, 5: rad, 6: deg, 0: None
Input mode 1502 0: Pulse, 1: Voltage
Sensor input logic 1503 0: Standard, 1: Reversed
Zero balancing 1504 1: Execute
Displacement decimal points 1505 0: none, 1: 0.0, 2: 0.00 3: 0.000, 4: 0.0000
6. Communication functions