TAMAGAWA TS5850N70 TS5850N70 TS5850N70 TS5850N70 TS5850N70 TS5850N70 TS5850N70

TS5850N70

Guang Zhou Lai Jie Electric Co.,LTD

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TS1981N56E19

TS3653N13E9

TS5N2E18

TS3630N1E1

TS5013N61

TS2651N111E78

TS4127N1017E215

TS1982N126E6

TS3653N44E8

TS3630N1E2

TS5013N89

TS2651N181E78

TS4127N1017E235

TS1982N128E6

8001231S

TS3653N4E12

TS5013N64

TS3630N2E3

TS5016N

TS5000N532

TS4231N6E17

TS1982N53E6

800123-2R

TS3653N14E12

TS5420N60

TS3630N2E4

TS5016N60

TS5000N632

TS4231N6E17

TS1982N56E18

TS3653N58E5

TS5778N155

TS3630N3E5

TS5003N632

TS4244N10E24

TS1982N56E18

800123-R-F

TS3653N65E27

stepper motor drives or simulation of an incremental
encoder
Frequency output Up to 100 kHz Precise assignment of a frequency value with high
freqSix high-speed counters Up to 100 kHz For pulse and incremental encoders
Frequency measurement 0.04 Hz - 400 kHz
Period duration measurement 2.5 μs - 25 s
Velocity measurement Dependent on measurement interval and signal
evaluation
Unit can be defined by user
Pulse width modulation
(PWM output)
Max. 4 Output of a signal with defined period duration and
variable on-load factor at DQ
Pulse Train Output
(PTO output)
Max. 4 Output of position information, e. g. for activation of
stepper motor drives or simulation of an incremental
encoder
Frequency output Up to 100 kHz Precise assignment of a frequency value with high
freqFor technological tasks, powerful technology modules are available that perform these tasks largely
autonomously and reduce the load on the CPU. The table below shows the available technology
modules for counting, measuring and position detectionIncremental encoders for signals,
24 V, asymmetric,
Pulse encoders with/without
direction signal,
Pulse encoders up/down
Incremental encoders for signals
to RS-422 (5 V differential signal),
Pulse encoders with/without
direction signal,
Pulse encoders up/down,
Absolute encoders (SSI)
Max. count frequency 200 kHz:
800 kHz with pulse
quadruplication
1 MHz
4 MHz with pulse quadruplication
Integrated DI 3 DIs per counter channel fo
• Stop
• Capture
• Synchronization
2 DIs per counter channel for
• Start
• Stop
• Capture
• Synchronization
Integrated DQ 2 DQs for comparators and limit
values
2 DQs for comparators and limit
values
Counting functions Comparator
Adjustable counting range,
Incremental position detection
Comparator
Adjustable counting range,
Incremental
and absolute position detection
Measuring functions Frequency
Period duration
Velocity
Frequency
Period duration
Velocity
Extremely high requirements on precision and speed can be met with time-based IO modules -
regardless of the performance of the controller and the fieldbus. Time-based IO modules ensure
that signals are output with a precisely defined response time. The I/O signals are processed on a
time basiThe table below shows the main features of the technology module for time-based IO. In
conjunction with the "Output cam" and "Cam track" technology objects, the TM Timer DIDQ 16x24V
ensures highly accurate cam output. In conjunction with the "Measuring input" technology object,
the TM Timer DIDQ 16x24V ensures highly accurate detection of passing product4 V incremental encoder with signals A and B
24 V pulse encoder with a signal
Max. count frequency 200 kHz with quadruple evaluation
Integrated DI Up to 8 DIs with the following functions:
• Up to 2 time stamps per cycle (resolution 1 µs)
• 32x oversampling
• Counting function up to 50 kHz