What to do if my tissin Valve Positioners displays 'ACT TYPE'?
If your tissin Valve Positioners displays 'ACT TYPE', ensure the supply air is active. Disconnect and reconnect the potentiometer cable to the main board. Verify the feedback lever installation. Make sure the operation angle between the initial (Zero point) and final (End point) angles is over 40 degrees. If problems persist, replace the Main PCB.
What to do if my tissin TS800 Valve Positioners displays 'STEP3 CT'?
If your tissin Valve Positioners displays 'STEP3 CT', check the feedback lever installation. If the valve's zero point changes, perform auto calibration 2-3 times. If the actuator size is too large, set the TbL value to TbL 4 LLS and recalibrate.
What to do if my tissin Valve Positioners displays 'STEP2 PE'?
If your tissin Valve Positioners displays 'STEP2 PE', check the positioner installation status or reinstall it. Ensure the final angle (End point) of the lever is set lower than the current status.
What to do if my tissin Valve Positioners displays 'STEP1 PZ'?
If your tissin Valve Positioners displays 'STEP1 PZ', check the positioner installation status or reinstall it. Set the initial angle (Zero point) of the lever higher than the current status.
How to fix 'STEP0 V0' error on tissin TS800?
If your tissin Valve Positioners displays 'STEP0 V0', the cause might be damage to the Main board. The suggested solution is to replace the Main PCB.
What to do if the BIAS value exceeds the limit on my tissin TS800 Valve Positioners?
If the BIAS value exceeds the limit, run Auto-Calibration again. Accuracy is significantly reduced when used without auto-calibration.
Why is the valve endpoint set too high on my tissin TS800?
A valve endpoint set too high can be caused by strong vibration or external shock. To resolve this, check whether the positioner is installed too high or low, or too far from the actuator. Consider the angle of use.
Why is the valve zero point set too low on my tissin TS800?
A valve zero point set too low can be caused by strong vibration or external shock. To resolve this, check whether the positioner is installed too high or low, or too far from the actuator. Consider the angle of use.
What does it mean if the valve end and zero points are set too close on my Tissin Valve Positioners?
When the valve end and zero points are set too close, it means the use angle is too small. Increase the angle of use by repositioning the positioner closer to the actuator.
What to do if my Tissin Valve Positioners has been used over 1 million cycles?
If your positioner has been used over 1 million cycles, replace the positioner.
Provides essential user guidance and manual usage instructions for the TS800 series positioner.
Details critical safety notices to prevent hazards and equipment damage during operation and maintenance.
Outlines specific safety measures for operation in hazardous (Ex) environments to prevent explosions.
Explains the primary role and operation of the TS800 series positioner in controlling valve stroke.
Lists key characteristics and capabilities of the TS800 series valve positioner, such as local control and self-diagnostics.
Details available optional modules and configurations for the TS800, like HART communication and limit switches.
Outlines the industrial sectors and uses for the TS800 valve positioner, including oil, gas, and chemicals.
Describes the information found on the product's identification and rating labels, including model and explosion proof grades.
Explains how to interpret the model coding for different TS800 configurations based on features and types.
Presents detailed technical parameters and performance data for the TS800 and TS820 series.
Details the physical construction of the TS800 positioner, covering both external and internal components.
Illustrates how the TS800 integrates into a typical control valve system with actuator and regulator.
Explains the functional mechanism and signal flow within the TS800 positioner using feedback and control signals.
Provides graphical representations of the TS800's physical dimensions for standard and limit switch types.
Crucial preparatory steps and checks before installing the TS800 to ensure compatibility and performance.
Step-by-step guide for installing the TS800L model valve positioner, including lever and bracket mounting.
Key points to observe during the TS800L mounting and connection process for optimal linearity.
Specifies the operational angular limits for the TS800L feedback lever to maintain best performance.
Details different feedback lever types and their physical measurements for correct stem connection.
Instructions for correctly mounting the positioner using brackets onto the actuator.
Shows final dimensions of the TS800 once mounted on the actuator for different lever types.
Step-by-step guide for installing the TS800R model valve positioner, including parts and examples.
Illustrates typical installation scenarios for the TS800R with fork lever and NAMUR types.
Enumerates the standard parts included for TS800R installation, supporting NAMUR standards.
Provides detailed instructions for performing the TS800R installation, from bracket attachment to lever connection.
Guide for installing the TS820 remote type valve positioner, focusing on sensor and body placement.
Instructions for adding optional functional modules like position transmitter and HART communication to the positioner.
Details the process for installing the position transmitter option module onto the main PCB.
Details the process for installing the HART communication option module onto the main PCB.
Guide for installing mechanical or proximity limit switch modules into the PCB protective cover.
Explains the procedure for setting and adjusting limit switch cams for accurate operation.
Instructions for operating and adjusting the auto/manual mode switch for valve control.
Describes how and when to install an orifice into the OUT1 port for performance tuning to reduce hunting.
Specifies the required quality and characteristics of the air supply for the positioner, emphasizing clean and dry air.
Identifies and explains the function of the pneumatic connection ports: Supply, OUT1, and OUT2.
Details how to connect pneumatic lines for different actuator types, showing single and double actuator configurations.
Shows pneumatic piping configurations for the TS800L with single and double actuators.
Shows pneumatic piping configurations for the TS800R with single and double actuators.
Identifies and explains the function of each terminal on the positioner for wiring.
Provides essential wiring schematics for power, feedback signals, limit switches, and alarms.
Illustrates how to connect power input and feedback signals to the positioner.
Illustrates wiring diagrams for both mechanical and proximity type limit switches.
Details wiring for the alarm signal output based on site requirements and alarm conditions.
Explains the information displayed on the positioner's screen and its various icons.
Details the function of each button (UP, DOWN, ENTER, ESC) used for operation and configuration.
Guides the user through the quick automatic calibration process for the TS800 positioner.
Lists the sequential steps performed during the auto-calibration procedure, including zero and end point finding.
Provides a visual overview of the TS800 software structure, parameters, and their interconnections.
Explains the primary menu categories accessible on the positioner, such as MAIN LIN, MAIN IN %, and MAIN VEL.
Details the structure and functions within the main parameter menus, categorized by function like TUNING and PARAMETR.
Provides detailed explanations for various submenus within the calibration section, including TUNING, PARAMETR, etc.
Covers calibration and tuning parameters like Auto Run, Auto Mode, Valve Zero/End points, and feedback signal adjustment.
Details PID parameters (KP, KI, KD), dead band settings, and flow characteristics (CHAR).
Explains settings for actuator type (Single/Double, Linear/Rotary), force operation, damping, and split range.
Provides information on product model, device/HART versions, travel distance, operating times, and temperature.
Covers error codes for troubleshooting and configuration of the Partial Stroke Test (PST) function.
Explains emergency operations, password entry, forced valve actions, and program lock/unlock functions.
General| Brand | tissin |
|---|---|
| Model | TS800 Series |
| Category | Valve Positioners |
| Language | English |
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