TAMAGAWA TS5008N65 TS5008N65 TS5008N65 TS5008N65 TS5008N65 TS5008N65

TS-5008-N-65

Guang Zhou Lai Jie Electric Co.,LTD

Please contact with “Tommy” for the price

TS3617N381

TS4514N2002E200

TS3617N1E1

TS1922N3

TS4603N2002E200

TS2097N1E9

TS2151N1E26

TS3617N3E9

TS4514N2405E200

TS3617N1E2

TS2014N181E32

TS4603N7002E200

TS4602N6321E100

TS3617N2E4

TS3617N13E9

TS4515N1202E200

TS3617N11E1

TS2014N182E32

TS1505N55

TS4515N6000E200

TS4603N1000E100

TS3617N2E5

TS3617N40E3

TS4515N2405E200

TS3617N1E3

TS2014N185E32

TS4602N1000E200

TS4603N1000E200

TS3617N2E6

TS5214N566

TS5205N450

TS5213N551

TS5208N122

TS5208N23

TS5778N171

TS5210N53

TS5320N510

TS5000N632

TS5212N510

TS5213N510

TS5312N616

TS208N101

TS5208N130

TS5213N530

TS5013N68

TS5214N566

TS5200N500

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 for
• Start
• Stopp
• Capture
• Synchronization
2 DIs per counter channel for
• Start
• Stopp
• 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
VelocityExtremely high requirements on precision and speed can be met with time-based IO - regardless of
the performance of the controller and the fieldbus. Time-based IO ensures that signals are output
with a precisely defined response time. The I/O signals are processed on a time basis. The table
below shows the main features of the technology module for time-based IO.
The table below shows the main features of the technology module for time-based IO. 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
• Incremental encoder acquisition with 2 phase-shifted tracks
• Configurable input filter to suppress interference
Integrated DQ Up to 16 DQs with the following functions:
• Up to 2 time stamps per cycle (resolution 1 µs)
• 32x oversampling
• Pulse-width modulated output
• Configurable substitute values per DQThe power supply of an automation system to be

dimensioned according to plant size. A system
power supply is already integrated in the CPUs. Depending on the plant size,
you can expand the integrated system power supply with up to two additional system power supply
modules. If your plant has high power requirements, you can also connect load power supply
modules. In this case, the CPU/interface module and system power supply feed electricity into the
backplane bus. The supplied power is added together.
The main differences between the two power supplies for the automation system
are listed below: Supplies only internally required system voltage.
Supplies parts of the module electronics and the LEDs.
A system power supply can also supply CPUs or interface modules if these
are not connected to a 24 V DC load power supply.
Load power supply (PM) For input and output circuits of the plant's modules, sensors and actuators. In order to ensure the supply of the modules from the backplane bus, the infed power is compared
with the required power in the engineering system.
As early as in the planning stages, make sure that the power fed into the backplane bus is always
greater than or equivalent to the power drawn.System power supplies supply the internal electronics of the modules with power via the
backplane bus. The table below shows the available system power supply modules: System power supplies supply the internal electronics of the modules with power via the
backplane bus. The table below shows the available system power supply modules: The front connectors are used to wire the I/O modules. For modules with EMC critical signals, such
as analog modules and technology modules, the front connectors also need a shield contact.
The front connectors are available for 35 mm modules with screw terminals and push-in terminals
and for 25 mm modules with push-in terminals.
The shield contact consists of shield bracket and shield terminal. Together with the shield terminal,
the shield bracket allows the low-impedance connection of cable shields with minimum installation
times. The shielding takes place without tools and is included in the scope of delivery. The controllers are integrated into the Totally Integrated Automation Portal. Engineering
with the TIA Portal offers configuration and programming, common data storage and a uniform
operating concept for control, visualization and drives.
The TIA Portal simplifies the integrated engineering in all configuration phases of a plant. You can use the free Automation Tool to run commissioning and maintenance activities
simultaneously on various S7 stations as bulk operation independently of the TIA Portal.
The Automation Tool provides a multitude of functions: