GPD Global | https://www.gpd-global.com/co_website/pdf/doc/Dispense-System-User-Guide-22100079K.pdf
open. Bolt the back hood shut before powering on the machine because there are no safety interlocks in that area to prevent access to moving parts. OPERATOR SAFETY: If a conveyor is present, install barriers or signage in accordance with the applicable
Heller Industries Inc. | https://hellerindustries.com/wp-content/uploads/2018/06/593950_OvenSetupWizard_80xx_RevC-1.pdf
-2016 Page 21 of 44 Page 5: Conveyor Belt Options: Slow Belt Display & Warning Bands: select for low belt speed and 0.1” minimum warning band. Need 1000 pulse encoder for better resolution. Show Actual Belt PV in Deadband: to display the actual process
GPD Global | https://www.gpd-global.com/co_website/pdf/coating/SimpleCoat-Operation-Guide-23100600.pdf
computer screen and signal the user via the light tower. Conveyor theory of operation When the program Start button is activated, the system begins monitoring SMEMA conveyor signals. It then waits for the input-side conveyor board sensor to register the
GPD Global | https://www.gpd-global.com/pdf/doc/Dispense-System-User-Guide-22100079K.pdf
moving parts. OPERATOR SAFETY: If a conveyor is present, install barriers or signage in accordance with the applicable requirements to prevent access to the sides of the machine where (1) the con- veyor rails protrude and (2) the cutouts in the safety
GPD Global | https://www.gpd-global.com/co_website/pdf/doc/SimpleCoat-Series-Operation-Guide-23100600.pdf
operation • program selection Machine status and error messages display on the computer screen and signal the user via the light tower. Conveyor theory of operation When the program Start button is activated, the system begins monitoring SMEMA conveyor
GPD Global | https://www.gpd-global.com/pdf/doc/SimpleCoat-Series-Operation-Guide-23100600.pdf
operation • program selection Machine status and error messages display on the computer screen and signal the user via the light tower. Conveyor theory of operation When the program Start button is activated, the system begins monitoring SMEMA conveyor
GPD Global | https://www.gpd-global.com/co_website/pdf/doc/FLOware-Import-Export-Data-Reference-Guide-22100024R.pdf
, DotAugerSpeed, MicroSpeed, MicroAccel, MicroSB, ShutOffTime, AirPressureFlg PIDname for each of 5 temperatures. Remove conveyor temperature controls: PreHeatTemp, PreHeatTmpRnge, PostHeatTemp, PostHeatTmpRnge, WorkAreaTemp, WorkAreaTmpRnge, PreHeatTmpCtl
GPD Global | https://www.gpd-global.com/co_website/pdf/doc/FLOware-Import-Export-Data-Reference-Guide-22100024R-v2-9-3P.pdf
, DotAugerSpeed, MicroSpeed, MicroAccel, MicroSB, ShutOffTime, AirPressureFlg PIDname for each of 5 temperatures. Remove conveyor temperature controls: PreHeatTemp, PreHeatTmpRnge, PostHeatTemp, PostHeatTmpRnge, WorkAreaTemp, WorkAreaTmpRnge, PreHeatTmpCtl
GPD Global | https://www.gpd-global.com/pdf/doc/FLOware-Import-Export-Data-Reference-Guide-22100024R.pdf
, DotAugerSpeed, MicroSpeed, MicroAccel, MicroSB, ShutOffTime, AirPressureFlg PIDname for each of 5 temperatures. Remove conveyor temperature controls: PreHeatTemp, PreHeatTmpRnge, PostHeatTemp, PostHeatTmpRnge, WorkAreaTemp, WorkAreaTmpRnge, PreHeatTmpCtl
GPD Global | https://www.gpd-global.com/pdf/doc/FLOware-Import-Export-Data-Reference-Guide-22100024R-v2-9-3P.pdf
, DotAugerSpeed, MicroSpeed, MicroAccel, MicroSB, ShutOffTime, AirPressureFlg PIDname for each of 5 temperatures. Remove conveyor temperature controls: PreHeatTemp, PreHeatTmpRnge, PostHeatTemp, PostHeatTmpRnge, WorkAreaTemp, WorkAreaTmpRnge, PreHeatTmpCtl
