Honeywell TC-CCN013
  • Honeywell TC-CCN013Honeywell TC-CCN013
  • Honeywell TC-CCN013Honeywell TC-CCN013
  • Honeywell TC-CCN013Honeywell TC-CCN013

Honeywell TC-CCN013

Brand: Honeywell
Description:REDUNDANT NET INTERFACE MODULE
Condition:New
Certificate:COO TEST REPORT WARRANTY LETTER
Warranty:1 year
Inventory Qty:13
Payment term:T/T
Shipping Port:ShenZhen
Honeywell TC-CCN013 can make communication between devices and between devices and control systems fast, effective and easy through Ethernet connection.

Send Inquiry

Product Description

Manufacture
Honeywell
Model Number
TC-CCN013
Ordering Number
TC-CCN013
Catalog
PLCs/Machine Control
Country Of Origin
United States (US)
HS CODE
8517795000
Dimension
12.5*12*5.3cm
Packing Dimension
15*15*8cm
Weight
0.6kg

Specification

Network compatibility: Honeywell TC-CCN013 supports both Ethernet and serial communication. Continued development in the fields of more advanced networking technologies and networking compatibility in the TSX7570 system will necessitate the migration to AN-NXPI over time.

Data transmission rate: up to 1 Gbps.

Operating temperature range: -40° C to 85° C, which will work stably under harsh ambient temperature conditions, adapt to a variety of industrial field environments.

Power supply: Honeywell TC-CCN013 uses 24V DC power supply, providing reliable power support to ensure the stable operation of the equipment.

Input voltage: 5.1 vdc (970 ma). Input current: 1.7 ma @ 24 vdc.

Humidity range: 5% to 95% non-condensing, can work normally in a wider humidity environment, adapt to different climatic conditions and industrial sites.


Features

Rich prefabricated functional modules: Honeywell TC-CCN013 has prefabricated functional modules such as hydraulic control, synchronization, cam, cam control, etc. Users can flexibly combine and configure these according to specific application requirements to quickly build a control system that meets personalized needs and shortens the system development cycle and engineering implementation time.

Real-time control and switching: Synchronous axes may be distributed among multiple control systems. The axes thus can switch in real time between position and pressure control, which in turn achieves accurate control of complex industrial processes while providing flexibility for adjustment, enhancing production efficiency and product quality.

High-speed signal acquisition and output: Honeywell TC-CCN013 can implement fast signal acquisition/signal output through SIMATIC ET 200S high-speed I/O. The scanning rate on the pressure measurement and tool protection level is significantly lower than 1 ms, allowing it to timely capture rapidly changing signals from industrial sites while thus providing strong assurance for real-time control performance.

Perfect alarm and information management: Honeywell TC-CCN013 has excellent alarm and information management functions, providing unlimited alarm area selection, alarm filtering and remote alarm management functions. Timely and accurate feedback of abnormal system information to the operator will facilitate timely measures to ensure the safe and stable operation of the system.

Automatic acquisition and adjustment of valve characteristics: Honeywell TC-CCN013 arrives at an automatic valve characteristic/acquisition of related data of the controlled system and graphical editing into motion to adjust valve curves using CAM tools, thereby facilitating accurate control and optimization of valves and other actuators by users for system operational stability and performance optimization.


Application

Automation transformation of large chemical enterprises: Large chemical enterprises have multiple production lines. The original control system is relatively scattered, and there are barriers to meet with equipment for communication which resulted in production efficiency reduction and unstable product quality. The introduction of the Honeywell TC-CCN013 network interface module has connected the automation equipment of each production line with a unified control mechanism so as to enable real-time sharing of production data and coordinated operation of the equipment. The operators can monitor and manage the entire operational process from the central control room, detect and solve problems in the production process in real time, thus improving production efficiency and product quality while also cutting costs.

Optimization and upgrading of oil refineries: In order to enhance production efficiency and product quality, oil refineries have upgraded their production process control systems. The transformation utilized the Honeywell TC-CCN013 network interface module, whichimplemented the application of new advanced control algorithms and optimization strategies for production processes. Key production links such as crude oil distillation, catalytic cracking, and hydrofining can now be controlled accurately through this module. The yield and quality of oil products improved, energy consumption along with pollutant emissions declined, attaining rather enormous economic and environmental benefits.

The construction of smart factories by building materials production enterprises: Building materials production enterprises are committed to the development of smart factories to raise the automation level and competitiveness of production. During the building process, the factory's industrial Internet of Things platform was constructed using Honeywell TC-CCN013 network interface module to achieve interconnectivity of production equipment, logistics equipment, quality inspection equipment, and so forth. Through this platform, enterprises can obtain various data in real time from the production process, analyze and mine the data, intelligently schedule production plans, carry out predictive maintenance of equipment, online monitoring of quality, among other functions.


Hot Tags: Honeywell, TC-CCN013, REDUNDANT NET INTERFACE MODULE

Related Category

Send Inquiry

Please Feel free to give your inquiry in the form below. We will reply you in 24 hours.
X
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy
Reject Accept