NCS-PT105 series Smart Pressure Transmitter with advanced, mature, reliable 3151 capacitance sensors has been designed meticulously by combining advanced microprocessor technology and digital capacitance measurement technology. The powerful functions and high-speed computing capability of the microprocessor make it have excellent qualifications such as smart, high precision, high reliability, stable zero and so on. Its LCD can display many physical parameters (e.g. pressure, temperature, current and so on). It can realize the functions such as zero adjustment, range settings by key-press operation, and it is easy for field testing. NCS-PT105 series Smart Pressure Transmitter supports HART, FF, and PA protocol and can measure pressure, differential pressure, liquid level, flow, and other industrial parameters. It can be widely used in the petroleum, chemicals, electricity, and metallurgical industries, etc.. According to the type of measurable pressure: Model Pressure type NCS-PT105 SR Micro-differential pressure transmitter NCS-PT105 SG Gauge pressure transmitter NCS-PT105 SA Absolute pressure transmitter NCS-PT105 SD Differential pressure transmitter NCS-PT105 SH Differential pressure transmitter for high static pressure According to the protocol: Model Communication Protocol type NCS-PT105 H HART NCS-PT105 F FF H1 NCS-PT105 P PROFIBUS PA As a transitional communication protocol in fieldbus, HART protocol achieves digital transmission on the existing analog transmission lines, and is compatible with existing analog signal control system. Either FF H1or PROFIBUS PA is a new generation of digital communication protocol, used in field connection, and linking field devices. International Standard IEC61158-2 is used in physical layer. Therefore, either FF H1or PROFIBUS PA is fieldbus actually. As following, Smart Transmitter with HART protocol is named as HART Smart Transmitter; Smart Transmitter with FF H1 protocol is named as FF Smart Transmitter; Smart Transmitter with PROFIBUS PA protocol is named as PA Smart Transmitter, All of these (Transmitters with the three types of fieldbus protocol) are named as Smart Pressure Transmitters or Smart Transmitters. In addition, HART Smart Transmitter has passed explosion-proof certification from National Supervision and Inspection Center for Explosion Protection and Safety of Instrumentation (NEPSI).
Product Overview NCS-PT105IIS series Smart Pressure Transmitter with advanced, mature, reliable Piezoresistive Silicon Sensors has been designed meticulously by combining advanced microprocessor technology and digital capacitance measurement techniques. The powerful functions and high-speed computing capability of the microprocessor make it have excellent qualifications such as intelligent, high-precision, high reliability, stable zero and so on. Its LCD can display many physical parameters such as pressure, temperature, current. It can be realized zero adjustment, range settings and other features by key-press operation, and easy to on-site tests. NCS-PT105IIS series Smart Pressure Transmitter supports HART, FF H1, Profibus PA, Profibus DP protocol and can measure pressure, differential pressure, liquid level, flow, and other industrial parameters. It can be widely used in the petroleum, chemicals, electricity, and metallurgical industries, etc. Features Performance up to 0.075% of accuracy Gauge pressure, absolute pressure Automatically environmental temperature compensation Parameters can be set by magnetic sticks, communicator, HOST software Measurement media: liquid, gas and stream HART®, FOUNDATIONâ?¢ Fieldbus, PROFIBUS® Up to ±0.1% of Upper Range Limit (URL) for 1 year
NCS-TT108 smart temperature transmitter, using the fieldbus technology, is a new generation of smart fieldbus temperature transmitter and it is an indispensable field device for process control. NCS-TT108 transmitter integrates abundant function blocks and realizes not only general measurement function but also complicated control strategy. NCS-TT108 smart temperature transmitter supports eight-channel temperature sensor input. It applied to a variety of thermal resistance and thermocouple sensors and has wide range. Each channel support individually configure the sensor type and two-wire system and three-wire system connections of the thermal resistance. Eight channels are divided into four groups of temperature acquisition modules, with the security isolation between modules. Each temperature acquisition module has two temperature input channels. NCS-TT108 smart temperature transmitter adopt PVC fire-retardant plastic shell, which can be installed in the control room. When it is required to be installed outdoors, outdoor Aluminum box, with a water-proof body and die-cast aluminum materials, must be selected. NCS-TT108 uses digital technology. It has simple interface between field and control room, which reduces the expense of installation, operation and maintenance. NCS-TT108 supports FF, and PA protocols. It can be widely used in the petroleum, chemicals, electricity, and metallurgical industries, etc. Main features: nflexibility ------Support many types of thermal resistance and thermocouple sensors -------Thermal resistance supports 2/3 wiring connection mode ------Thermocouple can use cold end compensation function nSupport many type of protocols -----Support FF, PA protocols
1.Modbus-RTU protocol to HART protocol 2.Support 6 device variables and 4 dynamic variables 3.Support Modbus communication parameters dynamic configuration 4.Support HART multipoint mode 5.Support 375/475 communicator
MODBUS-RTU master station, comply with MODBUS-RTU protocol Electrical interface connected with Modbus device supports TTL level Set MODBUS-RTU slave station via parameters provided by GSD file Company Information Microcybers production center is 1700m2, with anti-static ground, ventilating system, air source transporting system, temperature and humility control system and production devices. The production center consists of 4 workshops and 1 professional lab, they are: production workshop, assembly workshop, ageing workshop, maintenance workshop and product lab. There are professional production line, pressure transmitter assembly line, instrument assembly line, control system module assembly line and product testing line. Microcyber has the batch capacity for 10 thousand devices per year.
G1013 HART to FF Gateway, designed by Microcyber Corporation is a gateway device for HART protocol and FF protocol. As HART master, G1013 HART to FF Gateway communicates with HART slave via HART interface, it can convert dynamic variables in the device to FF device variables output. Product Description Provide FF H1 communication ability to HART device Support standard DD or EDD specification (FF H1) Electrical interface connected with HART device Supports FSK(1200bps) G1013 HART to FF Gateway is 99Ã?22.5Ã?114.5mm, supporting standard DIN rail installation. G1013 HART to FF Gateway is powered by FF bus, and the HART part shall be with 24V external powered. The recommended is TP cable, and it shall improve devices anti-electromagnetic interference ability.
Product Overview G1003 gateway realizes protocol converting from HART to Modbus RTU / ASCII. Supporting to connect multi HART slave devices into Modbus network. In the gateway, HART terminal is master station, Modbus terminal is slave station. Features Be tallied with HART7.0 HART master and Modbus slave mode 4~20mA analog signal overlay HART digital signal Support 15 HART slave device Configure gateway by special software Write protect user data RS485 Modbus interface LED power and communication indicating Standard DIN rail installation
Product Overview M0310 module makes it possible to convert Modbus RTU protocol directly to HART protocol. Using M0310 module, the difficulty of development can be reduced and the upgrade of Modbus RTU device can be easily achieved. Only by simply configuration, the users can realize conversion from Modbus RTU protocol to HART protocol. M0310 module is provided with two LED indicating lights, used to indicate the current working status. Features Comply with HART PROTOCOL standard V7.0 HART slave station and Modbus master station form Support 1 Modbus RTU slave device Support 6 device variables,4 dynamic variables Configured by HART interface Write-protection of users data Support high/low current transfinite alarm TTL Modbus interface LED power and communication indicator
Provide FF H1 communication ability to Modbus device Support standard DD or EDD specification (FF H1) Electrical interface connected with Modbus device supports TTL level, RS485 and RS232 G0313 Modbus to FF Gateway is a gateway device of Modbus protocol and FF protocol developed by Microcyber. As Modbus master station, G0313 Modbus to FF Gateway communicates with Modbus-RTU device via RS485 interface, and it can convert the data of Modbus-RTU device to FF device variable output. G0313 Modbus to FF Gateway size is 99Ã?22.5Ã?114.5mm, and supports standard DIN rail installation. There is a 3-bit DIP switch for G0313 Modbus to FF Gateway, shown as the following Figure. SIM: Simulation switch, used for simulation function. WP: Write protection, all the write operation for FF smart pressure transmitter shall be refused, which avoid data modification at random. RST: Reset, reset device date to factory original. Power off the device at first, and made the switch at ON, and then power on the device, the device shall be reset to factory original. Modbus to FF gateway is a gateway device supporting Modbus and FF protocol. As FF device, it can communicate with Modbus devices, read Modbus data to FF device by simply configuration, and transfer data to control system through FF bus. Modbus to FF Gateway supports 4 Modbus slave devices, 8 groups of analog input output and discrete input output parameters, totally 32 channels provided. It configures Modbus devices data into transducer blocks parameters via Modbus register, and provides data support for FF system via channels between variables and AI, AO, DI and DO function blocks.
