project | specification |
Model | CJ1W-PTS15 |
Applicable controllers | CJ series |
Unit classification | CJ series high-performance I/O units |
Installation location | CJ series CPU devices or CJ series expansion devices |
Maximum number of units | 40 (within allowable current consumption and power consumption) |
Unit number | 00~95 (The number of high-performance I/O units cannot be repeated.) ) |
The area where the CPU unit is used for data exchange | High-performance I/O unit area
(Operational Data) | 10 words/unit
Thermocouple input unit to CPU unit:
All process values, process value alarms (LL, L, H, HH), conversion data start flags, sensor errors. |
DM area word assigned to a high-performance I/O unit
(Set Parameters) | 100 words/unit
CPU unit to thermocouple input unit:
Temperature sensor type, input range (user set), process value alarm setting (L, H), zero/span adjustment value. |
Expand the control/monitoring area
Word (extended operational data) | 35 words/unit
CPU unit to thermocouple input unit:
The hold function selects start/reset, adjustment cycle control, and control bit
Thermocouple input unit to CPU unit:
Adjust the period warning/notification (for each input), peak and minimum values, top and valley values |
Expand the setting area word
(Extended Setting Parameters) | 46 words/unit
CPU unit to thermocouple input unit:
Extended setting area setting, adjustment cycle control, peak and minimum value detection, top and valley detection |
Temperature sensor input and output | 2 |
Temperature sensor type | The sensor type, input range, and calibration can be set individually for both inputs, each of which can be selected from B, E, J, K, L, N, R, S, T, U, WRe5-26, PL II, and mV. |
Calibration | To be stored in the CIO area, the assigned word data must be calibrated (using the minimum and maximum values set by the user) (2-point input is set respectively). For example, data can be stored at 0%~100%. |
Data storage in the CIO Zone | By performing the following processing sequentially by the actual process data in the input range, the derived values will be in four-digit hexadecimal (binary values)
The form is stored in the assigned word in the CIO zone.
1) Average Processing→ 2) Calibration→ 3) Zero/Span Adjustment→ 4) Output Limit |
Accuracy (25 °C) | ±0.05% (depending on the sensor used and the temperature measured.) For more information, see "Accuracy by Sensor Type and Measured Temperature Range" in the Catalog. ) |
Temperature coefficient | ±0.01%/°C (for full calibration of EMF. *) |
resolution | 1/64000 |
Cold contact compensation error | ±1°C， 20 ±10°C |
Maximum signal input | ±120 mV |
Input impedance | 20 kΩ or more |
Enter the disconnection detection current | 0.1 μA (typical) |
Warm-up time | 45 min |
Response time | 100 ms (input 0%~90% run time, for ± 100mV step input with 4 sample moving averages) |
Conversion time | 10 ms/2-point input |
The maximum amount of time data can be stored in a CPU unit | Conversion cycle + one CPU unit cycle |
Wire break detection | Detect disconnection at each input and turn on the (ON) disconnection detection flag.
Hardware detection time: about 0.5s or less
When a broken line occurs, the process value can be specified in the direction of the out-of-range. (High: 115% of set input range; Low: -15% of set input range) |
function | Average Processing (Input Filter) | Calculate the moving average of the specified number of process values (1~127) and store the value in the CIO area as the process value. |
Process value alarms | Process value 4-point alarm (LL, L, H, HH), alarm hysteresis and ON delay timer (0~59s) can be used |
Rate of change calculation | The amount of change in each comparison interval (1~15s) was calculated. |
Rate of change alarm | Rate of change 2-point alarm (L, H), alarm hysteresis (shared with process value alarm) and ON delay timer (0~59s, shared with process value alarm) can be used. |
Adjust cycle control | When a zero/span adjustment is performed, the date is internally recorded in the cell. In the event that the preset zero/span adjustment period and the remaining number of notification days have expired (allocated in the extended settings area), this feature will turn on a warning sign to notify that it should be readjusted. |
Peak and minimum value detection | This function will detect the maximum (peak) and minimum (lowest) analog input values, turn on (ON) and off (OFF) from the hold start bit (output) assigned to the extended control/monitoring area, and store them in the extended control/monitoring area. |
Top and valley detection | This function will detect the top and valley values of the analog input, from the hold start bit (output) assigned to the extended control/monitoring area
ON until OFF and store it in the extended control/monitoring area. |
insulation | Between the input control signals, and between the inputs: transformer insulation (power supply), and optocoupler insulation (signal).
Cold Contact Compensation Circuit: No insulation from input 2 |
Insulation resistance | 20MΩ between inputs (DC500V) |
Withstand voltage | Between inputs: AC1,000V, 50/60Hz, 1 minute, leakage current 10mA or less |
External connections | Terminal block (removable) |
Unit number setting | It is set by the rotary switch on the front panel, 0~95. |
Light | Four LED indicators on the front panel (for normal operation, errors detected in the thermocouple input unit, errors related to the CPU unit, and use of an external power supply). |
Front panel connectors | Sensor input connector terminal block (removable) |
Effect on CPU unit cycle time | 0.3 ms |
Current consumption | 5 V DC, 180mA or less |
External power supply | DC24V +10%/-15% 60mA or less, inrush current: 20A max at 1ms
(The external DC24V power supply must be insulated.) ) |
Dimensions | 31 × 90 × 65 mm (W × H × D) |
quality | 150 g or less |
Standard accessories | Two cold contact sensors (mounted in the terminal block) |
Contact
working hours
