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Capstone Turbine Corporation Model C200 User’s Manual 3.1.2. Operational Data The display panel (or a computer connected directly or via modem) can be used to monitor many operational parameters during system operation. Only some of the routine operation and performance data items available for monitoring are listed below: • Power Output (in kilowatts, or kW) • Turbine Speed (in revolutions per minute, or RPM) • Turbine Exit Temperature (in °C or °F) • Phase Voltages (in Volts) and Currents (in Amperes) 3.1.3. Fuel Requirements Correct operation of the microturbine requires using only the type of fuel specified for the microturbine’s fuel system. Refer to the C200 Product Specification (460045) and Fuel Requirements Technical Reference (410002) the fuel type and specifications for your system. 3.1.4. Control Device Authority and Priority A PC connected to the user or maintenance ports can function as a control device for the microturbine. A PC can view system data at any time, but only one device can control the microturbine operation (that is, providing start/stop command or changes to power demand). The display panel has default control authority to issue operational commands to the microturbine. The user can start and stop the microturbine without logging on to the system (that is, no password is required). All other system adjustments require the user to log on to the system with the user password. The user port will take control when a password is entered either from the Capstone Remote Monitoring Software or other software using the Capstone open communication protocol. All system commands via the user port, such as start, stop, and adjustment of Power Demands, require entry of a user password. When the user port has control, the display panel does not have control and can only be used to view information. The system automatically cancels a log on after five minutes of inactivity. 3.1.5. Startup A Start command can be issued from the display panel or remotely using a PC with CRMS. A Capstone Logic Controller (CLC) or APS (for MultiPac) can also be used. When the command has been issued, the generator operates as a motor to bring the microturbine up to ignition speed, at which point fuel is introduced into the combustion chamber and ignited. When the Turbine Exit Temperature (TET) sensors detect an increase in temperature, the system is declared lit, and the microturbine accelerates. Once the microturbine enters the load state, it accelerates to full load. The start-up process from a cold start to full load requires approximately six minutes. The startup process can take longer for a Stand Alone microturbine, which can take as long as 20 minutes to recharge the battery packs to the level needed for full load operation. Page 24 of 64 400008 Rev G (October 2013) Capstone reserves the right to change or modify, without notice, the design, specifications, and/or contents of this document without incurring any obligation either with respect to equipment previously sold or in the process of construction.PDF Image | Capstone MicroTurbine Model C200 User's Manual
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