Graphic details
SWP-LED series PID self-tuning controller/PID light column display controller is suitable for systems that require high-precision measurement and control, and can automatically calculate the best PID control parameters according to the controlled object. The instrument integrates digital instruments and analog instruments, and can perform digital display control (high-brightness LED digital display) and relative analog display (light column display) of measurement signals such as temperature, pressure, liquid level, speed, etc., making the display of measured values clearer and more intuitive, and dual light column display can be selected.★SWP-LED series PID parameter self-tuning controller type spectrum
model | Code | illustrate |
SWP-N | □ | □ | □□ | -□ | □ | □ | -□□ | -□ | □ | -□ | -□ | New generation of PID self-tuning controller |
Appearance characteristics | D S | | | | | | | | | | | Horizontal display Vertical display |
Dimensions | 1 4 7 8 9 | | | | | | | | | | 48×48mm 96×48mm (horizontal), 48×96mm (vertical) 72×72mm 160×80mm (horizontal), 80×160mm (vertical) 96×96mm |
Control effect | 05 | | | | | | | | | PID self-tuning control |
Communication | 0 2 4 8 9 | | | | | | | | No communication Communication interface is RS-232C Communication interface is RS-422 Communication interface is RS-485 Communication interface special specifications |
Control output mode | □ | | | | | | | See "Control Output Mode" |
Transmission output mode | □ | | | | | | See "Transmission Output Mode |
Input Type | □□ | | | | | See Input Type |
First alarm mode | N H L | | | | No alarm (can be omitted) Upper limit control Lower limit control |
Second alarm mode | □ | | | Participate in the "Alarm Method" |
Feed output | P | | DC24V power supply output |
Power supply | W T | DC24V power supply AC85-260V power supply (switching power supply) AC220V power supply (linear power supply, can be omitted) |
★SWP-LED series PID light column display controller and spectrum table model | Code | illustrate |
SWP-N | T□ | □□ | -□ | □ | □ | -□□ | -□ | □ | -□ | -□ | -□ | New generation of light column PID display controller |
Dimensions | 8 | | | | | | | | | | | 160×80mm (horizontal), 80×160mm (vertical) |
Control effect | 05 | | | | | | | | | | PID self-tuning control |
Communication | 0 2 4 8 9 | | | | | | | | | No communication Communication interface is RS-232C Communication interface is RS-422 Communication interface is RS-485 Communication interface special specifications |
Control output mode | □ | | | | | | | | See "Control Output Mode" |
Transmission output mode | □ | | | | | | | See "Transmission Output Mode |
Input Type | □□ | | | | | | See Input Type |
First alarm mode | N H L | | | | | No alarm (can be omitted) Upper limit control Lower limit control |
Second alarm mode | □ | | | | Participate in the "Alarm Method" |
Feed output | P | | | DC24V power supply output |
Power supply | W T | | DC24V power supply AC85-260V power supply (switching power supply) AC220V power supply (linear power supply, can be omitted) |
Appearance characteristics | X | Horizontal display Vertical display |
★Communication method:
Code | 0 | 2 | 3 | 4 | 8 | 9 |
Communication | No communication | RS-232 | Print port | RS-422 | RS-485 | Special specifications |
★Communication protocol: SWP communication protocol is adopted when leaving the factory.If the user wishes to order a special communication protocol, please indicate this when ordering.Some instruments with printing ports cannot meet the printing function. When ordering, please choose an instrument that can meet the requirements instead.★Control output mode: Selection code | 0 | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 |
Output method | No output | Relay | 4~20mA | 0~10mA | 1~5V | 0~5V | SCR Output | SSR Output | Special specifications | SOT output |
SCR-silicon controlled zero-crossing trigger pulse output SSR-solid-state relay control output SOT-bidirectional thyristor output★Transmission output mode: Selection code | 0 | 2 | 3 | 4 | 5 | 8 |
Output method | No output | 4~20mA | 0~10mA | 1~5V | 0~5V | Special specifications |
★ Input type:
Code | Input Type | Measuring range | Code | Input Type | Measuring range | Code | Input Type | Measuring range |
01 | B | 400~1800℃ | 09 | Pt100.1 | -199.9~320.0℃ | 17 | 30~350Ω | -1999~9999 d |
02 | S | 0~1600℃ | 10 | Cu50 | -50.0~150.0℃ | 18 | Special specifications | User pending |
03 | K | 0~1300℃ | 11 | Cu100 | -50.0~150.0℃ | 19 | 4~20mA square root | -1999~9999 d |
04 | E | 0~1000℃ | 12 | 4~20mA | -1999~9999 d | 20 | 0~10mA square root | -1999~9999 d |
05 | T | -199.9~320.0℃ | 13 | 0~10mA | -1999~9999 d | twenty one | 1~5V square root | -1999~9999 d |
06 | J | 0~1200℃ | 14 | 1~5V | -1999~9999 d | twenty two | 0~5V square root | -1999~9999 d |
07 | WRe3~25 | 0~2300℃ | 15 | 0~5V | -1999~9999 d | twenty three | Switchable input | |
08 | Pt100 | -200~650℃ | 16 | 0~20mA | -1999~9999 d | | | |
★ Note: To switch input, you only need to set the secondary parameters of the instrument. For details, see the "Instruction Manual".★Alarm method: Code | N | H | L | G | A | D |
Alarm method | No alarm (can be omitted) | Upper limit alarm | Lower limit alarm | Deviation alarm | Out of deviation alarm | LBA Alarm |