-
E-mail
jcybok@163.com
-
Phone
13262809751
-
Address
Building 6, Lane 759, Xinye Road, Qingpu Industrial Park, Shanghai
Product Categories
Jicheng Instrument (Shanghai) Co., Ltd
Intelligent digital temperature transmitter -6589 type
NegotiableUpdate on 10/22
- Model
- Nature of the Manufacturer
- Producers
- Product Category
- Place of Origin
Overview
Introduction: The principle and structure of the 6589 intelligent digital temperature transmitter. The 6589 temperature transmitter is used in conjunction with industrial thermocouples and thermistors, and adopts a two-wire transmission method. Convert industrial thermocouple and thermistor signals into 4-20mA output signals that are linear with the output signal or temperature signal, or directly output thermistor and thermocouple signals. Intelligent digital temperature transmitter 6589
Product Details
Principle and Structure of 6589 Intelligent Digital Temperature Transmitter
The 6589 temperature transmitter is used in conjunction with industrial thermocouples and thermistors, and adopts a two-wire transmission method. Convert industrial thermocouple and thermistor signals into 4-20mA output signals that are linear with the output signal or temperature signal, or directly output thermistor and thermocouple signals
6589 intelligent digital temperature transmitter
Characteristics of 6589 Intelligent Digital Temperature Transmitter
Wide usage temperature range, compact structure
Compact structure, wide range (-200... 1800 ℃)
Extremely high precision and repeatability, with built-in temperature compensation
Easy installation, multiple ranges to choose from, multiple probes to choose from
Shock resistant, moisture resistant, suitable for installation and use in harsh on-site environments
Thermocouple transmitters have automatic compensation function for cold junction temperature
The intelligent temperature transmitter can remotely manage, configure, monitor variables, calibrate, and maintain the model, scale, and range of the transmitter through a HART modem
Thermal resistance, thermocouple signal input, 4-20mA or thermal resistance, thermocouple signal output
Application of 6589 Intelligent Digital Temperature Transmitter
Suitable for measuring water, oil, and gas media
Can be used in water supply systems, hydraulic and pneumatic systems, cooling systems, heating systems, air conditioning systems, automation engineering, etc
| Technical Specifications | |
|---|---|
| Range: | '200…1800℃ |
| Input signal: | Thermistor: PT100, Thermocouple: B, S, K, E, T |
| Accuracy: | 0.2%FS, 0.5%FS |
| Resolution: | 0.1K |
| Output signal: | 4…20mA、4…20mA+HART, Thermistor, thermocouple |
| Temperature impact: | 0，1K/10K |
| Response time: | t50， 2.3 seconds/t90, 5.4 seconds |
| display | Four digit LCD display |
| Working voltage: | 12…30Vdc |
| Simulated load resistance: | 500Ω |
| Electrical protection: | Reverse, overload protection |
| Sensor: | PT100 |
| ambient temperature | '-25…80℃ |
| Protection Level: | IP65 |
| Instrument shell material: | die-cast aluminum |
| Shell material: | stainless steel |
| Materials in contact with liquid: | Stainless steel 1.4571 |
| Electrical connection: | terminal wiring |
Electrical wiring diagram of 6589 intelligent digital temperature transmitter
Note: The insertion depth L2 and the extension tube length L1 can be customized according to customer requirements
Size diagram of 6589 intelligent digital temperature transmitter
| Selection code | |||||
|---|---|---|---|---|---|
| 6589- | 1 | 2 | 3 | 4 | 5 |
| measurement range | |||||
| 1 | /0-1600 | 0…1600℃(B) | |||
| /0-1300 | 0…1300℃(S) | ||||
| /0-1200 | 0…1200℃(K) | ||||
| /0-1100 | 0…1100℃(K) | ||||
| /0-1000 | 0…1000℃(K) | ||||
| /0-800 | 0…800℃(K) | ||||
| /0-750 | 0…750℃(E) | ||||
| /-200-600 | '-200... 600 ℃ (PT100 thermistor) | ||||
| 2 | output | ||||
| /A | Analog output: 4... 20mA | ||||
| /H | Output: 4... 20mA+HART | ||||
| D | Thermal resistance output | ||||
| T | Thermocouple output | ||||
| 3 | Protective tube material | ||||
| /1 | Jadeite ceramic tube (maximum operating temperature 1800 ℃) | ||||
| /2 | High alumina ceramic tube (maximum operating temperature 1500 ℃) | ||||
| /3 | GH3030 stainless steel (maximum operating temperature 1300 ℃) | ||||
| /4 | 316L stainless steel (maximum operating temperature 1000 ℃) | ||||
| 4 | Probe diameter | ||||
| /6 | ∅6 | ||||
| /8 | ∅8 | ||||
| /10 | ∅10 | ||||
| /12 | ∅12 | ||||
| /16 | ∅16 | ||||
| 5 | Probe length L2 | ||||
| /100 | 100mm | ||||
| /200 | 200mm | ||||
| /S | Other lengths can be customized | ||||
| connection method | |||||
| 6 | H | Fixed external thread: G1/2“ | |||
| H1 | Card sleeve activity external thread: G1/2“ | ||||
| F | Fixed flange: DN05 | ||||
| F1 | Activity flange: DN50 | ||||
| /S | Other connection methods can be customized | ||||
Similar Product Recommend
