KV-700 CPU 14 Point I/O PLC Keyence
Kitoma Indonesia - KV-700 CPU 14 Point I/O PLC Keyence CPU (Building-block type)
Standard speed, multi-range PLC
Application CPU with multi-function capacity. integrated I/O, USB port, and more
Outstanding cost performance, equipped with I/O and USB ports
KV-700 Feature
- USB port
- Built-in I/O
- RS-232C port
Specifications
Model |
KV-700 |
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Performance specifications |
Arithmetic control method |
Stored program method |
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I/O control method |
Refresh method |
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Programming language |
Ladder chart method |
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General specifications |
Operating ambient humidity |
35 to 85%RH (no condensation)*2 |
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Performance specifications |
Instruction execution speed |
Basic instruction |
0.1 μs minimum |
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Application instruction |
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Program capacity |
Approx. 16,000 steps, approx. 32,000 steps when memory is expanded |
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Maximum number of I/O units that can be attached |
16, 48 when an extension unit is connected |
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Maximum number of inputs/outputs |
3,086 maximum when expanded (when extended to 2 KV-EB1S/EB1R units; 64-I/O unit) |
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Input relay |
9,530 total, 00000 to 59915 (excluding 00010 to 00415) |
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Output relay |
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General specifications |
Weight |
Approx. 240 g, extension memory (OP42138): 10 g, end unit: 30 g, start unit: 30 g |
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Performance specifications |
Internal auxiliary relay |
9,530 total, 00000 to 59915 (excluding 00010 to 00415) |
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Control relay |
640 (CR0000 to CR3915) |
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Timer |
512 total, 32 bits |
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Counter |
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Data memory |
20,000 (DM00000 to DM19999), 40,000 (DM00000 to DM39999) when memory is expanded |
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Number of instructions |
Basic instructions: 122 instructions, application instructions: 19 instructions, calculation instructions: 294 instructions, expansion instructions: 48 instructions, total: 483 instructions |
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High-speed counter comparator |
4 (2 per high-speed counter) |
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Control memory |
4,000 (CM0000 to CM3999) |
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Positioning pulse output |
2 (maximum output frequency: 100 kHz) |
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CPU unit I/O |
Input: 10, output: 4 (total: 14), input common: 1, output common: 1 |
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Power off holding function |
Program memory |
Flash ROM rewritable 100,000 times |
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Device (RLY, CR, DM, CM, C, T, CTH, CTC, TM) |
By way of the battery, 5 years (when performing power off holding with an ambient usage temperature of 25°C) |
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Self-diagnosis function |
CPU error, RAM error, other |
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General specifications |
Power voltage |
24 VDC (± 10%) |
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Internal current consumption (excluding current for driving input circuits) |
160mA or less |
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Operating ambient temperature |
0 to 50°C (no freezing)*2*3 |
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Storage temperature |
-20 to 70°C*2 |
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Performance specifications |
High-speed counter |
Auto reset counter,*4 32 bits, 2 (input response: 40 kHz [single-phase], 30 kHz [2 phase]), at 24 V |
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General specifications |
Withstand voltage |
1,500 VAC for 1 minute between the power supply terminal and the I/O terminals and between all the external terminals and the case |
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Noise resistance |
1,500 Vp-p or more, pulse width: 1 μs, 50 ns (by way of a noise simulator), conforms to IEC standards (IEC 61000, 4-2/3/4/6) |
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Performance specifications |
Number of device comments that can be stored in the main unit |
5,000, 10,000 when memory is expanded |
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General specifications |
Vibration resistance*1 |
Intermittent vibration |
Frequency: 10 to 57 Hz |
Amplitude: 0.075 mm |
Frequency: 57 to 150 Hz |
Acceleration: 9.8 m/s2 |
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Continuous vibration |
Frequency: 10 to 57 Hz |
Amplitude: 0.035 mm |
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Difference related to the CPU hardware, special functions, etc. |
I/O |
External calibration input signal |
10 |
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General specifications |
Vibration resistance*1 |
Continuous vibration |
Frequency: 57 to 150 Hz |
Acceleration: 4.9 m/s2 |
Difference related to the CPU hardware, special functions, etc. |
I/O |
Control output |
Number of inputs |
4 |
General specifications |
Insulation resistance |
50 MΩ or more (tested with a 500 VDC megger, between the power supply terminal and the I/O terminals and between all the external terminals and the case) |
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Difference related to the CPU hardware, special functions, etc. |
I/O |
Control output |
With resistors |
Present (4) |
General specifications |
Operating environment |
Minimal amount of dust and corrosive gas present |
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Difference related to the CPU hardware, special functions, etc. |
I/O |
5 V power output |
None |
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Connector |
20-pin |
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General specifications |
Voltage category |
II |
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Difference related to the CPU hardware, special functions, etc. |
Access window |
Device mode |
- |
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General specifications |
Pollution degree |
2 |
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Difference related to the CPU hardware, special functions, etc. |
Access window |
CPU monitor |
- |
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User messages |
Ladder programs that use CR and CM |
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Battery (lithium battery) |
OP-42139 |
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Extended memory |
Present |
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Program capacity |
Approx. 16,000 steps, 32,000 steps when memory is expanded |
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Input time constant switching |
7 levels |
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Memory card |
Hardware |
Multimedia card |
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Access from ladder program |
Not possible |
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Logging function |
Ladder program |
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Other |
When the KV-LE20 is being used, the FTP server function can be used only during PROG mode. |
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Unit |
QL |
Usable |
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KV-L20 |
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KV-L20R |
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Interrupt |
Cause of interruption |
· 4 interrupts triggered by input relays (00000 to 00003) · Interrupts triggered by high-speed counter comparators (CTC0 to CTC3) |
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Direct input |
10 (00000 to 00009) |
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Direct output |
4 (00500 to 00503) |
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High-speed counter/high-speed counter comparator |
Response frequency |
40 kHz (single-phase), 30 kHz (phase difference) |
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External calibration input signal |
A-phase: 00004, 00005; B-phase: 00006, 00007 |
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Count value |
Unsigned: 0 to 4,294,967,295 |
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Linear counter overflow detection |
None |
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Ring counter |
Only the upper limit is settable. |
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Change direction detection of current value |
Not possible |
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Reset function |
· Reset by way of the RES instruction · Reset by way of the CTH instruction (execution condition turned off) · Automatic reset by way of comparator matching · Reset by way of external preset input |
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Preset function |
Preset input polarity settings |
None |
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Allow/inhibit presets |
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Counter enable function |
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Comparator matching output |
Fixed to 00500 |
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Frequency counter |
Output |
Ladder programs that use CR and CM |
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Input relay |
00004/00006 |
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Command frequency pulse output |
Output |
Ladder programs that use CR and CM |
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Output relay |
Fixed to 00501 |
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Duty ratio |
Fixed to 50:50 |
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Cam switch function |
Common |
Ladder programs that use CR and CM |
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Multi-step comparator |
Comparison value: CM1401 |
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Absolute encoder |
· The remaining gray code cannot be set (the resolution can only be set to 2n). · The 0° setting cannot be made. |
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Incremental encoder |
· Only 1 channel (CTH0) can be used. CTH0: 00004, 00006 · The 0° setting cannot be made. |
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Motor control (positioning) |
Input settings |
· Z-phase not available · Limit switch CW (fixed) · Limit switch CCW (fixed) |
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Comparator settings |
- |
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Origin return |
· Origin returning (rising edge of the origin sensor) · No deviation counter clear output · No automatic travel to home position |
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Operation speed changes during operation |
Only possible by way of speed control |
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Other |
- |
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Serial communication |
Command response |
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Send/receive texts |
Device No. |
Reception: CM1000 to CM1099, transmission: CM1100 to CM1199 |
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Number of bytes received |
CR2805 ON: 198 bytes or less, CR2805 OFF: 99 bytes or less |
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Number of bytes transmitted |
CR2806 ON: 198 bytes or less, CR2806 OFF: 99 bytes or less |
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Other functions |
Breaking |
Only during simulator operation |
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Inhibit output during breaking function |
- |
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Error history |
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Power supply ON history |
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Break while monitoring function |
None |
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Program creation |
Ladder support software |
KV BUILDER |
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Programming |
- |
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Indirect specification |
Indirect specification that uses temporary data memory (TM) |
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Instructions |
Basic instruction |
122 instructions |
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Application instruction |
19 instructions |
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Arithmetic instruction |
147 instructions |
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Expansion instructions |
48 instructions |
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*1 Conforms to JIS B 3502 IEC61131-2 |
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