The ZP050 Temperature Transmitter is designed to meet common Single Point measurement application requirements. This transmitter can easily work with a variety of sensors (RTDs and thermocouples) and thermowells. It provided in a head mount configuration suitable for installation in a wide variety of connection heads and housings. Provide HART protocol, equipped USB mini-USB interface, easy-to-use configuration method from any PC. Power Supply 12VDC~40VDC Input Types 4-20mA / 20-4mA; RTD(PT100,PT200,PT500,PT1000,Cu50); R(0-400 ,0-4000 ); TC(K,E,S,B,R,J,T,N); mV(-80-+80mV); V(0-1V) Output signal types 4-20mA or 0...1/5V, 0...1/10V Response Time < 0.4S (0-90%,100%-10%) Precision ±0.05% Temp. Drift 0.01% per Celsius Volt fluctuation influence �±0.005% X span / below V DC Load Capacity < 700 in 24VDC; (mA output) < 1060 in 36VDC (Volt output) Isolation Strength AC1500v 1min between the input / output IP Ranking Casing/Terminal IP50/IP20
Product Overview NCS-TT106 smart temperature module, using the fieldbus technology, is a new generation of smart fieldbus temperature transmitter and it is an indispensable field device for process control. Features Support multiple thermal resistance and thermocouples Thermal resistance supports 2/3/4-wire connection mode Thermocouple can use cold end compensation function Better accuracy: PT100 ±0.3 ; K-type ±0.4 Universally programmable for various input signals Available protocols: HART /FF H1 /PROFIBUS PA Parameter Value Input Signal Resistance: PT100, CU50, CU100, 0~500Ω, 0~4000Ω Thermocouple: B, E, J, N, K, R, S, T Voltage signal: -100mV~100mV Channel Single RTD Wiring 2-wire, 3-wire, 4-wire Bus Power 9~32 VDC Current consumption (static): â?¤14mA Bus Signal Communication ratio 31.25Kbit/s, current mode Isolation Between terminal and housing: 1kV Working Temperature -40~85 Humidity Range 10%~90%RH Start Time â?¤5s Refresh Time 0.5s EMC GB/T 18268-2000 Protection IP20 Signal Type Suggested Range () Accuracy Resistance 0~500Ω,0~4000Ω ±0.05% PT100 -200 ~ 850 ±0.2 PT1000 -200~ 850 ±0.1 CU50 -50 ~ 150 ±0.3 CU100 -50 ~ 150 ±0.2 mV -100mV ~ 100mV 0.05% B 500 ~ 1810 ±1.0 E -200 ~ 1000 ±0.4 J -190 ~ 1200 ±0.4 K -200 ~ 1372 ±0.4 N -190 ~ 1300 ±0.8 R 0 ~ 1768 ±1.0 S 0 ~ 1768 ±1.0 T -200 ~ 400 ±0.4
The ZP series Temperature Transmitter is designed to meet common Single Point measurement application requirements. This transmitter can easily work with a variety of sensors (RTDs and thermocouples) and thermowells. It provided in a head mount configuration suitable for installation in a wide variety of connection heads and housings. A PC-programmable interface is available, providing an easy-to-use configuration method from any PC. Basic temperature transmitter offers a reliable solution for temperature monitoring points, provides flexible and reliable performance in process environments, Excellent performance with low temperature drift and auto zero calibration, reducing the need for expensive extension wires and multiplexers. Power Supply 8.5VDC~32VDC Input Types 4-20mA / 20-4mA; RTD(PT100,PT200,PT500,PT1000,Cu50); R(0-400 ,0-4000 ); TC(K,E,S,B,R,J,T,N); mV(-80-+80mV); V(0-1V) Output signal types 4-20mA or 0...1/5V, 0...1/10V Response Time < 0.4S (0-90%,100%-10%) Precision �±0.05% Temp. Drift 0.01% per Celsius Volt fluctuation influence �±0.005% X span / below V DC Load Capacity < 700 in 24VDC; (mA output) < 1060 in 36VDC (Volt output) Isolation Strength AC1500v 1min between the input / output IP Ranking Casing/Terminal IP50/IP20
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HR3288 HART Smart Pressure Transmitter Overview .HR3288 HART protocol Smart Pressure Transmitter is a high-precision, high-stability, multi-parameter, 4.5 Digit LCD displayed intelligent pressure measurement products which complies with the HART® protocol. Users can use the HART communicators to manage, adjust or monitor process variables when HART instruments running in the process, or use the buttons for on-site configuration ,it's easy to operate. .This product adopts the latest application results of digital technology in the field of sensor manufacturing, and combined with the most advanced designing and manufacturing pressure transmitter technology in the world, precision digital temperature compensation and nonlinear calibration technology, safe and reliable explosion-proof structure and standardized signal output with high accuracy and wide range coverage,its also adapt to the place where fluid pressure is precisely measured. .The product works in a two-wire mode and can be directly replace the simulative two-wire 4mA-20mA DC output transmitter. Digital communication with manual operator. Electromagnetic radiation fits IEC801 standard. Features .4mA~20mA DC current output superposition HART protocol digital communication (two-wire system) . Digital compensation and nonlinear calibration techniques . Digital error correction with local, remote zero and range calibration functions . digital wide temperature compensation in -10 ° C ~ 80 ° .can be operated by buttons to facilitate configuration. .Reverse power protection, over voltage protection . Anti-surge, Anti-electromagnetic interference
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).
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Basic Parameters Bus Power Supply: 9 32VDC Current consumption (static) 14mA FF/PA 11V 35 VDC(HART) Input Signal: Pt100, Pt1000, Cu50, Cu100 , 0, 0 to 500 4000 Resistance, B, E, J, N, K, R, S, T eight degrees of Thermocouple, -100mV 100mV Voltage Signal The Channel Number: Single Channel Fieldbus Protocol: FF/PA/HART wih CE Insulation: Between the Terminal and the Housing 500Vrms(707VDC) Operating Temperature: 40 85 Humidity Range: 0% 95%RH Starting Time: 5secs. Turnover Time: 0.5secs. Electromagnetic Compatibility: In Line with the GB/T 18268-2010 Explosion-Proof Sign: Ex ia IIC T4 Ga (HART)
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
High precision temperature transmission Optimized for precision industry Configurable analog signal transmission (4-20mA) Communication via RS485 MODBUS (PC-HMI and PLC) Built-in LCD Simple and sleek design
Features: 1. Real-time monitoring of grain temperature to prevent spoilage 2. 1-wire digital temperature sensors 3. Unique temperature/level (EST120) monitoring cable 4. 98.5ft (30m) maximum cable length 5. Customizable number and location of temperature sensors 6. Simplified and lower installation costs using digital technology, wired or wireless 7. Operator interface with remote monitoring PC-software
MS182 is a smart in-head transmitter module with HART® -protocol. It has measurement input for resistance Thermometers (RTD), thermocouples, resistance or millivolt signals in 2-, 3- or 4-wire connection, and converts various input signals into a standard 4 to 20 mA analog output signal after linear processing. The transmitter is programmable directly from PC or via the HART communication. Isolation is provided between the input and output. A special signal can be set in advance while the sensor burnout or short. Primary Technical Characteristics Programmable Use PC or the hand operator Measuring range Set via PC or by the hand operator Input type RTD, TC, R or Millivolt signal Convert accuracy 0.1£¥FS Cold junction accuracy ¡À1(TC) Output 4¡«20mA/20¡«4mA Electrical isolation output HART ¨CProtocol output Max-load £¨V -13V£©/0.025A£¨Current output £© Limit current 25mA Response time 1s Isolated voltage 1500V AC (input/output) Alarm signal Programmable Underranging linear drop to 3.8 mA Overranging linear rise to 20.5 mA Sensor break or short-circuit: 3.6mA or ¡Ý21.0mA Power supply 13¡«30V DC Temperature drift 0.01£¥ FS/1 Long-term stability 0.1 per year or 0.05 £¥per year Ambient -40¡«+85.
MS181 is an intelligent temperature transmitter module which can be programmed through a PC with Configuration Kit. It has measurement input for resistance thermometers (RTD) ,thermocouples, resistances or millivolt signals in 2-,3- or 4-wire connection, and converts various input signals into a 4~ 20mA analog output signal after linear processing. Isolation is provided between the input and output. A special signal can be set in advance while the sensor burnout or short. Primary Technical Characteristics Programmable Use the MS181 programming tool Measuring range Set via PC PC Interface USB/RS232 Input type RTD, TC, R or Millivolt signal Convert accuracy ¡Ü0.1£¥FS Cold junction accuracy ¡À1(TC) Output 4¡«20mA/20¡«4mA Electrical isolation output Max-load £¨V -8V£©/0.025A£¨Current output £© Limit current ¡Ü25mA Response time 1s Isolated voltage 1500V AC (input/output) Alarm signal Programmable Underranging linear drop to 3.8 mA Overranging linear rise to 20.5 mA Sensor break or short-circuit: ¡Ü3.6mA or¡Ý21.0mA Power supply 8¡«30V DC Temperature drift 0.01£¥ FS / 1 Long-term stability ¡Ü0.1 per year or 0.05£¥ per year Ambient -40¡«+85
MS183 , a smart 2-wire in-head and dual-input transmitter module with HART® -protocol, has measurement input for resistance Thermometers (RTD), thermocouples, resistance or millivolt signals in 2-, 3- or 4-wire connection and converts various input signals into a standard 4 to 20 mA analog(high selector, average value or D-value) output signal or 2-way digtal output signals with HART® -protocol after linear processing. The transmitter is programmable directly from PC or via the HART communication. Isolation also is provided between the input and output. A special signal can be set in advance while the sensor burnout or short. Primary Technical Characteristics Programmable Use PC or the hand operator Measuring range Set via PC or by the hand operator Input type Dual-input ( RTD, TC, R or Millivolt signal) Convert accuracy ¡Ü0.1£¥FS Cold junction accuracy ¡À1¡æ(TC) Output 4¡«20mA/20¡«4mA Electrical isolation output HART ¨CProtocol output (2-way) Max-load £¨V -16V£©/0.025A£¨Current output £© Limit current ¡Ü25mA Response time 1s Isolated voltage 1500VAC (input/output) Alarm signal Programmable Underranging linear drop to 3.8 mA Overranging linear rise to 20.5 mA Sensor break or short-circuit: ¡Ü3.6mA or ¡Ý21.0mA Automatic switching while sensor damaged Power supply 16¡«30V DC Temperature drift 0.01£¥ FS/1¡æ Long-term stability ¡Ü0.1¡æ per year or 0.05 £¥per year.
• Universal PC programmable (PCP) • 2 wire technology, 4 to 20 mA analogue output • High accuracy in total ambient temperature range • Configuration during measurement using configuration kit • Customer specific measurement range setting • Wide measurement range, according to requirement Field of application • PC programmable (PCP) Temperature head transmitter for converting the input signal into a standard 4 to 20 mA analog output signal • Input: Resistance thermometer (RTD) Pt100 • Configuration using a PC with MS180 configuration kit (MS180-PC). Appearance and Size (in mm) NOTE: When order, please specify the measuring range, we’ll offer programming tool if needed.
Humidity and temperature sensor transmitter Digital frequential ouput Nominal frequency 6.5 khz Std sensitivity 13 hz/%rh Response time 0.3 s Response time with Optional protection : 20 s Accurcy-interchangeability : 3 %hr de 3 a 97%rh Hysttrtsis
Description: CJBT-I utlizes specific temperature module,can modify kinds of thermocouple,hot resistance, then output standard analog signals.It is high accuracy,strong anti-interference,anti-explosion,heat resistance,anti-knock. Features: Wide measure range All material is Stainless steel Various Pressure port type Protection Grade: IP65 Application: Measure temperature of gas or liquid which is compatible to 316L stainless steel Used in field of petroleum, chemical industry, Metallurgy, Electricity, hydrology etc. Performance Parameters: Measure Range: -551200 Accuracy: ±0.5%typical ±1.0%MAX Long term stability: ±1.0%F.S/year Working temperature: -20~80 Power Supply: 1530VDC Output signals: 420mA 15VDC Pressure Port: M27Ã?2 or customize Shell Material: Stainless Steel 1Cr18Ni9Ti Wire: polythene Protection Grade: IP65
- Integrated module with temperature, humidity sensor - Up to 100 nodes can be connected (RS485 models) - Compact design, slim size - Easy installation, offer 3 meter cable - Support the various types of communications protocol
Specification: 1.Supply voltage: loop power 18~32 vdc 2.Dcv input: 0~500 mv/ 0~1v/ 0~5v/ 0~10v/ 0~20v 3.Dca input: 0~20 ma/ 4~20 ma 4.Thermocouple input: k / j / t / e / r / s / b / n 5.Rtd/ resistance input: pt100/0~400w 6.Analog output: 4~20 ma (loop power) 7.Ambient temperature: -20~60c 8.Communication: hart 9.Galvanic isolation: 1500v Feature: 1.Isolation voltage: 1500 vac 2.Loop power 12~32vdc 3.Linear current output 4.Lcd display with 3 press buttons 5.Universal type with multi-signal input 6.With communication port for programming 7.Optional: hart Transmitter
NCS Series of Intelligent Transmitters are digital, intelligent, network-based, merged with advanced, reliable and stable sensor technology, to be designed as a new generation of Fieldbus Intelligent Transmitter. NCS Series of Intelligent Transmitter have been designed with high precision and high reliability, high stability. The pressure, temperature, currents and other physical quantities are displayed on LCD module. Zero drift, range settings and many other functions, are realized by the magnetism bar operation. The interoperability between different systems and equipments are realized by the Equipment Description Document, which is compatible to a variety of device management software, and adapting to harsh electromagnetic environment. NCS Series of Intelligent Transmitter have been used in inflammable and explosive places according to Intrinsically Safety Design. The Fieldbus Technology is used in NCS-TT105 Intelligent Temperature Transmitter, which is a new generation of Fieldbus Intelligent Temperature Transmitter, also an indispensable field device in control processing. It is integrated with a variety of functional modules, to realize not only the general testing functions, also the complicated control strategy. Digital technology is applied in NCS-TT105, which has been used in a wide range of thermal resistance and thermocouple sensors. It has a wide measuring range. Because of the simple interface between the field and control room, the costs of installation, operation and maintenance are reduced a lot. NCS-TT105 Series of Intelligent Temperature Transmitters, complied with FF Protocol, have been widely used in petroleum, chemical, metallurgy, electricity, cement,etc. Thermo resistance additional parameters as follows: Parameter Function Description COMP_WIRE1 Linearization compensation for thermo resistance 1 selecting 2-wire or 3-wire. Unit is fixed as Ω. COMP_WIRE2 Linearization compensation for thermo resistance 2 selecting 2-wire or 3-wire. Unit is fixed as Ω. SENSOR_CONNECTION It can be used to connect sensor with 2-wire or 3-wire. 0: 2-wire 1: 3-wire
