Siemens SOAM Manual
Siemens SOAM Manual

Siemens SOAM Manual

Fume hood sash open area module, application 2957: dual bench style – dual combination with 2 to 4 horizontal sashes in the vertical carrier configuration start-up procedures.

Advertisement

Fume Hood Sash Open Area Module
(SOAM)
Application 2957: Dual Bench style –
Dual Combination with 2 to 4 Horizontal
Sashes in the Vertical Carrier
Configuration Start-up Procedures
A6V10801619
07.06.2016
Restricted
Building Technologies

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the SOAM and is the answer not in the manual?

Questions and answers

Summary of Contents for Siemens SOAM

  • Page 1 Fume Hood Sash Open Area Module (SOAM) Application 2957: Dual Bench style – Dual Combination with 2 to 4 Horizontal Sashes in the Vertical Carrier Configuration Start-up Procedures Building Technologies A6V10801619 07.06.2016 Restricted...
  • Page 2: Table Of Contents

    Fume Hood Specific Sash Setup and Calibration ............. 4 Sash Setup and Calibration ................5 Setting External Face Area Input................10 Setting Face Area Output Range ................10 Flashing Controller Firmware .................. 11 2 | 12 Siemens Industry, Inc. A6V10801619 07.06.2016 Restricted...
  • Page 3: Before You Begin

    Anyone attempting to start up a Fume Hood Controller and its related equipment must have completed Operations Training. WARNING DO NOT connect to the USB port of the SOAM while the fume hood is in operation. At the job site, locate the major control system and the mechanical and electrical drawings.
  • Page 4: Setting Controller Address

    Metric/English Units button, in the appropriate tool. Fume Hood Specific Sash Setup and Calibration This section presents the steps for calibrating the Fume Hood Sash Open Area Module sash sensors and configuring the face area parameters. 4 | 12 Siemens Industry, Inc. A6V10801619 07.06.2016 Restricted...
  • Page 5: Sash Setup And Calibration

    Repeat steps 2 through 5 for vertical sash 2. Enter the values into VSASH WIDTHB, TRACK WIDTHB and PANEL HGHTB. Measure the width of the individual sash panels in inches (cm). Choose one of the following: 5 | 12 A6V10801619 Siemens Industry, Inc. 07.06.2016 Restricted...
  • Page 6 Open sash 1 until the top edge of the vertical sash is aligned with the top edge of the bypass area. Measure the height of the sash opening in inches (cm). Set BYPASS HGHTA to this value. 6 | 12 Siemens Industry, Inc. A6V10801619 07.06.2016 Restricted...
  • Page 7 FPANEL POS A. Measure the height of the fixed panel and enter the value into FPANEL HGT A. Repeat step 15 for Segment B. 7 | 12 A6V10801619 Siemens Industry, Inc. 07.06.2016 Restricted...
  • Page 8 Set CAL SASH POS to this value. When the sash aggregator accepts the reading, the maximum position value will be automatically entered into POS SASH 1 and CAL SASH POS will revert back to 257. 8 | 12 Siemens Industry, Inc. A6V10801619 07.06.2016 Restricted...
  • Page 9 POS SASH 3 is at the maximum that was Sash/Point Wiring set during calibration. See Table Repeat this verification procedure for the remaining sash panels using the Sash/Point Wiring appropriate corresponding points. See Table 9 | 12 A6V10801619 Siemens Industry, Inc. 07.06.2016 Restricted...
  • Page 10: Setting External Face Area Input

    POS SASH 10 Setting External Face Area Input Skip this section if you are only using one SOAM, leave values at default. AI can be set up as an input for external face area. 1. Set MAX EXT AREA to the area corresponding to 10 volts from the input signal source.
  • Page 11: Flashing Controller Firmware

    If the MIN FA VOLTS is set to 0, failure detection is lost. Flashing Controller Firmware WCIS Procedure 1. Connect to the USB port of the SOAM. 2. From the Device menu, select Load TEC Firmware.  The Load TEC Firmware dialog box displays.
  • Page 12 Issued by © Siemens Industry, Inc., 2016 Siemens Industry, Inc. Technical specifications and availability subject to change without notice. Building Technologies Division 1000 Deerfield Pkwy Buffalo Grove IL 60089 +1 847-215-1000 Document ID: A6V10801619 Edition: 07.06.2016 Restricted...

Table of Contents