Operating Instructions

9
Demonstration Steps
Bypass Demo Mode
34
Siemens Industry, Inc. 125-1007 Rev.BA
2014-08-14
14. Press the Hand/Auto button , navigate to Auto and Activate.
The drive is now in I/O control again.
Bypass Demo Mode
The following steps are used to demonstrate the BT300 VFD with Electronic Bypass
Feature Enabled. All of the I/O (above or below the dotted line) can be used for this
demonstration mode
1. Turn on the Input Power switch (see Figure 5).
2. Turn on the Main Power switch (see Figure 6).
3. The Demonstration Panel must be in Bypass Mode. Place the mode selection
switch (see Figure 6) into the Bypass (left side) setting.
4. Turn on the Service Switch (see Figure 7).
5. Turn off all Digital Inputs.
6. Rotate the Analog Inputs to the 0 position (counter-clockwise).
7. Return the unit to factory default settings to clear any previous programming. Using
the keypad, navigate as follows: Main Menu > User Settings (M6) > Parameter
Backup (6.2) > Restore Factory Defaults (6.2.1) > Activate
When the Siemens splash screen disappears, begin the demonstration.
1. Basic settings are prompted for as follows:
- Language – Explain many languages are available, such as English, French,
and Spanish.
- Daylight Savings – Explain daylight savings for US, EU, and so on, can be
selected. This is primarily used when the drive will be used to control Time of
Day operations (start/stop to a time and day schedule). Most of the time this
will really be handled by the BMS system.
- Time – This is the standard HH:MM layout.
- Year – This is the standard YYYY layout.
- Date – NOTE: This is the European standard of Day.Month.
- Startup Wizard – Verify that Yes is blinking (if not, use the Up and/or Down
arrows ), and press OK .
2. Startup settings are prompted for as follows:
- Fan or Pump – Explain that this will configure settings such as Accel/Decel
Times, Flying Start, and so on.
- The following motor nameplate data will be required:
• Motor Nominal Voltage
• Motor Nominal Frequency
• Motor Nominal Speed
• Motor Nominal Current
• Motor Cos PHI
• Motor Nominal Power