Size: 168.4mm×111.2mm×20mm or 168.4mm×111.2mm×20.3mm
Weight: 136 grams
Operating temperature: 0-55℃
Storage temperature: -40-85℃
Port: Dual copper/optical fiber configuration
Data transfer rate: up to 4.5Mb/s per port
Voltage: 3.3V compatible
Number of input channels: The module typically provides multiple digital input channels to receive signals from external devices
Number of output channels: Modules typically also have multiple digital output channels for sending control signals to external devices
Communication interface: LC105A-1 modules are usually equipped with communication interfaces, such as RS-232, RS-485, or Ethernet interfaces, to communicate with other systems
Logic Control functions: The module supports logic control functions that allow users to define input logic operations, such as on/off controls, to meet specific control needs
Control program storage: Control programs can be stored in a PROM memory instead of RAM memory
Multi-cpu support: Easy to install backup PROML on multiple cpus
State logic software configuration: Use state logic software to configure all state logic cpus and their accompanying I/O systems
System configuration verification: The CPU verifies the actual template configuration when it is powered on and periodically verifies it during operation. The actual template configuration must match the configuration of the programmer, and any deviation detected will be reported to the CPU alarm processor for system failure response
Versatility: The AB121 control module typically has a variety of control and monitoring functions and can be adapted for different types of industrial applications
Manufacturer: ALSTOM (now part of General Electric’s (GE) Energy division) is a global company providing automation and control solutions in the power and energy sectors
Function: The main function of the AH116-2 servo driver is to control the movement of the servo motor or actuator to achieve precise position and speed control. It is commonly used in applications that require high precision and high performance motion control
Applications: This type of servo drive is commonly used in industrial automation, machine tools, printing machinery, packaging machinery, robotics, semiconductor manufacturing and other areas requiring precision control
Power requirements: Servo drives usually require specific power requirements, including voltage and frequency. AH116-2 servo drivers typically support a range of power requirements
Brand: TRICONEX
Model: 3664
Structure: modular
Processor: LD instruction processor hard PLC
Common mode rejection: -85 dB (DC-100hz)
Input overrange protection: 150 VDC/115 VAC continuous
Operating environment: normal temperature and pressure
In addition, the TRICONEX 3664 digital output module features high reliability, fast response, easy integration and flexible control functions
Input voltage: 24V DC
Output voltage: 5V DC
Operating temperature: -40℃~85℃
Communication protocol: Modbus, Ethernet
Dimensions: 100mm×50mm×20mm
In addition, the TRICONEX 3503E module features high-speed processing capabilities, built-in redundancy, flexible configuration options, compatibility with various industrial communication protocols, and a compact and durable design for easy installation and maintenance
Widely used. Suitable for applications from process control to business system level, the module integrates plant equipment, systems, databases and software applications to provide an operational environment
High reliability. The module adopts reliable hardware and software design, with fault detection and alarm functions, which can ensure the continuous operation and safety of the system
Flexibility. The module has multiple communication interfaces and configuration options for seamless integration and communication with other devices and systems
Programmability. Users can program and configure the module according to the requirements of specific applications to meet different control needs
Type. PXI analog output module
Function. Provides analog output signals for PXI systems to support static and software timing voltage output applications
Number of channels. 16 channels
Digital I/O cable. twenty
Counter/timer. four
Other functions. Digital trigger, advanced timing, PXIe synchronization capabilities and more
The NI PXIE-6739 features analog output signals for PXI systems and supports static and software timing voltage output applications
one. In addition, the module also contains 5V
Manufacturer: ABB
Product Number: PP865A
Power consumption: 8 Watts (24 volts)
Power supply voltage: IP 65-unit (NEMA 4) 24V DC
Fuse: IP 65 unit (NEMA 4) Slow melt, 2A, 250V
Power consumption: +5V@250mA, +3.3V@10mA
Current: 0.5Arms, 330Hz
Input quantity: 2
Input impedance: 10kohm
The processor. High-performance Intel Xeon E3-1515 processor
I/O interface. Two Thunderbolt 3.0 ports, two Display ports, two USB 3.0 and four USB 4 ports, two Ethernet ports (one of which is enabled for 1588), and serial and GPIB ports
System support. Run Windows 10 applications to interact with external PCI-based instruments
The purpose. For processor-intensive RF, modular instrumentation, and data acquisition applications.
In addition, the embedded controller includes additional parameters such as an integrated hard drive.
The NI PXIe-8861 is characterized by high performance, multi-interface and modularity.
Meet heavy industry EMC requirements. In accordance with EN 61000-6-4 and EN 61000-6-2.
A variety of functions are available. Such as automatic start sequence of hot start and cold start, critical speed avoidance on three-speed belt with temperature input option, ten external alarm inputs and ten external DI trip inputs, etc.
It has surge immunity characteristics. Comply with IEC 61000-4-5 standard.
Multiple certifications and compliance. Such as ship type certification and offshore type certification, in accordance with IACS UR E10 and IEC 61000-6-4 standards.
Speed control. It is used to control the speed of equipment such as engines or turbines to maintain its stable operation within a predetermined range.
Feedback system. It is usually used with sensors and feedback devices to detect the current speed of the device and adjust it according to the set value.
Velocity response. It usually has good speed response ability and can quickly adapt to speed changes to ensure the stability of the equipment.
Stability and accuracy. One of the design goals of the governor is to provide high precision and stability to ensure that the equipment can maintain reliable operation under various operating conditions.