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18994599789
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Address
Jiangsu Jinhu Industrial Park has been changed to No. 8 West Road
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Long March Instrument (Jinhu) Co., Ltd
PID controller
NegotiableUpdate on 11/19
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Overview
Introduction: Introduction to PID Regulator The PID regulator is a new generation of intelligent PID regulator instrument with multiple input methods developed and designed using instrument specific scale integrated circuits, which has gathered on-site inspections during the design process. There are no adjustable components inside the instrument box, all parameter settings
Product Details
PID controllerIntroduction
During the design process of the PID controller, on-site inspections were conducted and a new generation of intelligent PID controller instruments with multiple input methods were developed and designed using instrument specific scale integrated circuits. There are no adjustable components inside the instrument box, all parameter settings
The selection of functional modes and the accuracy calibration of analog input and output are all achieved through the buttons on the instrument panel. The instrument has been correctly set according to your ordering requirements before leaving the factory. If you want to change the corresponding setting parameters, you must be familiar with industrial control
On site technicians can only operate the instrument after fully understanding its performance. If you have any new suggestions or ideas during use, please inform our company in a timely manner so that we can provide you with better products.
Overview of PID controller
The PID controller can have up to 8 initial outputs, such as manual and automatic status output, input signal fault output, position control alarm output, control quantity, dual timer or programmable intelligent sound and light alarm.
PID regulationceremonyThe PID continuous control quantity, input process quantity, setpoint, valve position feedback quantity, etc. inside the instrument can be output in analog form, and the same quantity can be given to any one or two analog output ports.
The instrument can have up to 3 analog output ports. When ordering the instrument, please specify the quantity and purpose of the analog output ports. Each analog output port can be defined by the user as 0~5V, 1~5V 0~10mA, or 4~20mA.
PID regulators (intermittent, continuous, or servo PID regulators) have the following functions:
1. Various analog inputs or frequency inputs can also be subjected to square root and small signal cutoff. ,
2. Triple display of process quantity indication, given value, and control quantity indication.
3. Tracking (valve position feedback) input signal can be freely selected (various linear inputs)
4. The zero point and full degree of the tracking (valve position feedback) input can be automatically or manually calibrated,
5, 3 analog outputs (can select process quantity, control quantity, setpoint SP, valve position feedback quantity respectively)
6. The zero and full range of the analog output can be manually calibrated on site, and the frequency range of the pulse output can be adjusted (0.004-10000Hz)
7. The instrument is equipped with 16A or 40A bidirectional thyristors to directly control single-phase resistive loads with AC power below 3KW or output 3 sets of synchronous signals that trigger bidirectional thyristors with power below 500A.
8. PID regulationceremonyThe control output can choose between time proportional adjustment control or thyristor frequency interpolation calculation control (50Hz synchronous bidirectional thyristor zero crossing interpolation control algorithm to achieve optimized control of each sine wave, avoiding high power consumption)
High order harmonic pollution caused by load on the power grid
9, 8 switch outputs (such as manual/automatic status output, fault output, position control alarm output, etc.)
It can be set to selectively monitor one of the switch values for the other two switch values, achieving intelligent sound and light alarm function with silencing time
The third and fourth set values can be combined to achieve organic control of a relay, such as different controls on water pumps or sewage pumps
L can define one or two relays to achieve dual channel dual timing function for up to 100 hours per channel
L has upper and lower limit alarm output with control quantity (one decimal place)
The action pattern of each positional control point can be independently set in 10 different ways
L can set the upper and lower limits of the valve position output control range separately
External setpoint input (linear analog input signal of the same type as the measurement signal)
SB - Remote internal setpoint displacement (setpoint=SP ± SPh) allows switch input
Di_1- Remote PID control quantity tracking allows switch input
Di_2- Remote switch input for switching between internal and external given values
Automatic startup or manual startup (manual output value can be preset)
Remote manual automatic control, initial output value can be preset (SP set value)
Triple digital display of measured value, given value, control quantity indication, etc
Equipped with fault alarm output (J8 relay) when analog input signals experience resistance, coupling, or disconnection
When the instrument malfunctions (resistance, coupling, or disconnection), the output status can be selected as *, * small, or hold
When the instrument malfunctions (resistance, coupling, or disconnection), the display status of the instrument can select any number (default OFF)
Process quantity (transmitter with adjustable measurement interval and reverse action) analog output
Selection of positive and negative effects of PID regulation
PID parameter online undisturbed setting
Storage and calling of given values and P, I, D parameters within 8 groups
Adjustment methods for automatic proportional adjustment P, variable readjustment time I, and variable pre adjustment time d
PID parameter self-tuning or independent self-tuning of P parameter
Equipped with 485 communication interface
Technical specifications of PID controller
1. Display mode: Full 4-digit dual digital display indication, accuracy level 0.5
2. Resolution: Last word
3. Analog output accuracy: Level 0.5
4. Current signal: ≤ 50 Ω; Voltage signal: ≥ 500K Ω; Frequency signal: ≥ 10K Ω
External resistance of thermal resistor: ≥ 10 Ω; Thermocouple signal: ≥ 500 K Ω
5. Switching input impedance: The internal pull-up resistance of the EM1 and EM2 terminals of the instrument is 10K Ω, and the voltage level (≤ 0.8V) is effective
6. Analog output driving load impedance: Current signal: 0-10mA ≥ 1.5K Ω; 4-20mA ≥ 750 Ω
Voltage signal: 0-5V, 1-5V output impedance ≤ 1 Ω
7. Switching output: AC 220V, 3A (resistive load)
8. Parameter retention time set after power outage: ≥ 20 years
9. Insulation strength: AC voltage 1500V, 1 minute
10. Insulation impedance: above 50M Ω
11. Environmental temperature: 0-50 ℃
12. Compared to temperature: ≤ 85%
13. Power supply: AC85V-220V, 50Hz DC24V
14. Power consumption: ≤ 6VA
During the design process of the PID controller, on-site inspections were conducted and a new generation of intelligent PID controller instruments with multiple input methods were developed and designed using instrument specific scale integrated circuits. There are no adjustable components inside the instrument box, all parameter settings
The selection of functional modes and the accuracy calibration of analog input and output are all achieved through the buttons on the instrument panel. The instrument has been correctly set according to your ordering requirements before leaving the factory. If you want to change the corresponding setting parameters, you must be familiar with industrial control
On site technicians can only operate the instrument after fully understanding its performance. If you have any new suggestions or ideas during use, please inform our company in a timely manner so that we can provide you with better products.
Overview of PID controller
The PID controller can have up to 8 initial outputs, such as manual and automatic status output, input signal fault output, position control alarm output, control quantity, dual timer or programmable intelligent sound and light alarm.
PID regulationceremonyThe PID continuous control quantity, input process quantity, setpoint, valve position feedback quantity, etc. inside the instrument can be output in analog form, and the same quantity can be given to any one or two analog output ports.
The instrument can have up to 3 analog output ports. When ordering the instrument, please specify the quantity and purpose of the analog output ports. Each analog output port can be defined by the user as 0~5V, 1~5V 0~10mA, or 4~20mA.
PID regulators (intermittent, continuous, or servo PID regulators) have the following functions:
1. Various analog inputs or frequency inputs can also be subjected to square root and small signal cutoff. ,
2. Triple display of process quantity indication, given value, and control quantity indication.
3. Tracking (valve position feedback) input signal can be freely selected (various linear inputs)
4. The zero point and full degree of the tracking (valve position feedback) input can be automatically or manually calibrated,
5, 3 analog outputs (can select process quantity, control quantity, setpoint SP, valve position feedback quantity respectively)
6. The zero and full range of the analog output can be manually calibrated on site, and the frequency range of the pulse output can be adjusted (0.004-10000Hz)
7. The instrument is equipped with 16A or 40A bidirectional thyristors to directly control single-phase resistive loads with AC power below 3KW or output 3 sets of synchronous signals that trigger bidirectional thyristors with power below 500A.
8. PID regulationceremonyThe control output can choose between time proportional adjustment control or thyristor frequency interpolation calculation control (50Hz synchronous bidirectional thyristor zero crossing interpolation control algorithm to achieve optimized control of each sine wave, avoiding high power consumption)
High order harmonic pollution caused by load on the power grid
9, 8 switch outputs (such as manual/automatic status output, fault output, position control alarm output, etc.)
It can be set to selectively monitor one of the switch values for the other two switch values, achieving intelligent sound and light alarm function with silencing time
The third and fourth set values can be combined to achieve organic control of a relay, such as different controls on water pumps or sewage pumps
L can define one or two relays to achieve dual channel dual timing function for up to 100 hours per channel
L has upper and lower limit alarm output with control quantity (one decimal place)
The action pattern of each positional control point can be independently set in 10 different ways
L can set the upper and lower limits of the valve position output control range separately
External setpoint input (linear analog input signal of the same type as the measurement signal)
SB - Remote internal setpoint displacement (setpoint=SP ± SPh) allows switch input
Di_1- Remote PID control quantity tracking allows switch input
Di_2- Remote switch input for switching between internal and external given values
Automatic startup or manual startup (manual output value can be preset)
Remote manual automatic control, initial output value can be preset (SP set value)
Triple digital display of measured value, given value, control quantity indication, etc
Equipped with fault alarm output (J8 relay) when analog input signals experience resistance, coupling, or disconnection
When the instrument malfunctions (resistance, coupling, or disconnection), the output status can be selected as *, * small, or hold
When the instrument malfunctions (resistance, coupling, or disconnection), the display status of the instrument can select any number (default OFF)
Process quantity (transmitter with adjustable measurement interval and reverse action) analog output
Selection of positive and negative effects of PID regulation
PID parameter online undisturbed setting
Storage and calling of given values and P, I, D parameters within 8 groups
Adjustment methods for automatic proportional adjustment P, variable readjustment time I, and variable pre adjustment time d
PID parameter self-tuning or independent self-tuning of P parameter
Equipped with 485 communication interface
Technical specifications of PID controller
1. Display mode: Full 4-digit dual digital display indication, accuracy level 0.5
2. Resolution: Last word
3. Analog output accuracy: Level 0.5
4. Current signal: ≤ 50 Ω; Voltage signal: ≥ 500K Ω; Frequency signal: ≥ 10K Ω
External resistance of thermal resistor: ≥ 10 Ω; Thermocouple signal: ≥ 500 K Ω
5. Switching input impedance: The internal pull-up resistance of the EM1 and EM2 terminals of the instrument is 10K Ω, and the voltage level (≤ 0.8V) is effective
6. Analog output driving load impedance: Current signal: 0-10mA ≥ 1.5K Ω; 4-20mA ≥ 750 Ω
Voltage signal: 0-5V, 1-5V output impedance ≤ 1 Ω
7. Switching output: AC 220V, 3A (resistive load)
8. Parameter retention time set after power outage: ≥ 20 years
9. Insulation strength: AC voltage 1500V, 1 minute
10. Insulation impedance: above 50M Ω
11. Environmental temperature: 0-50 ℃
12. Compared to temperature: ≤ 85%
13. Power supply: AC85V-220V, 50Hz DC24V
14. Power consumption: ≤ 6VA
