Sterling 6017 series Available Options, Feature Descriptions, Immersion Heaters

Page 9

1-5 Available Options

Drain valve

Manual bypass

Hour meter; measures total pump run time hours

General fault visual alarm

Automatic venting sequence

Low level alarm for reservoir

M2B microprocessor controller options include:

„4-20 mA remote set point and retransmission

„SPI protocol, RS-485

„General protocols, types RS-232, -485

„Remote sensor

Heat exchanger options of

3.9 sq. ft. (0.3627 sq. m)

6.7 sq. ft. (0.6231 sq. m)

13 sq. ft. (1.21 sq. m)

21 sq. ft. (1.96 sq.m)

27 sq. ft. (2.51 sq. m)

Remote controller

Lexan cover

Mechanical Seal Pump

Optional operating voltages of 208/3/60, 230/3/60, 575/3/60, 380/3/50, and 415/3/50

Provisions for a Nitrogen Blanket on the Reservoir can drastically increase fluid life.

1-6 Feature Descriptions

Immersion Heaters

The fluid is heated by the specially designed three-phase low watt density electrical immersion heater, and regulated by the controller. The standard heater has a steel sheath for low watt density and good heat transfer.

These models can be supplied with 50, 60, 75, 100, 120, 150, and 200 kW low watt density immersion heaters, depending upon the heating needs of the process. All models are built to provide full or partial heat as required by the process and determined by the controller, to provide more precise control.

6017 Series Hot Oil Large Temperature Control Units

Page 9

Image 9
Contents $30.00 Series Large Hot Oil Temperature Control UnitsSeries Hot Oil Large Temperature Control Units Safety Considerations Table of Contents Startup Preparations Charts and Figures Necessary Documents IntroductionModels Covered Standard FeaturesFeature Descriptions Available OptionsImmersion Heaters Heater Tank PumpFul-Flo Valve Cooling Connection LinesOptional Electrical System Controls Air Purge Electrical Panel and System ComponentsPressure Switch Safety ThermostatReservoir Tank Series Hot Oil Large Temperature Control Units 50 kW 100 kW 150 kW 200 kW 90 gpm 150 gpm 200 gpm Lbs Event of Shipping Damages Unpacking and InspectionIf the Shipment is Not Complete If the Shipment is Not CorrectReturns Installation Requirements Installation Location ConsiderationsWork Rules Connecting Piping Customer is responsible for conversions to metric standards Piping Considerations for Mobile InstallationsConnecting Process Piping Connecting Cooling Water PipingConnecting Vent Piping Series Hot Oil Large Temperature Control Units Typical Flow Schematic Custom Process Piping Making Electrical Connections Series Hot Oil Large Temperature Control Units Series Hot Oil Large Temperature Control Units Starting the Unit Startup PreparationsUnit START-UP with Autovent Solenoid Series Hot Oil Large Temperature Control Units Returning Fluid to the Tank Shutting Down the UnitSeries Hot Oil Large Temperature Control Units Microprocessor Controller Using Controls and IndicatorsDisplay Indicators Status IndicatorsIdentifying M2B Controller Panel Components Screen DisplaysAlarm Indicators Motor Fail Indicator Using M2B Controller KeysSET Point Key UP Arrow KeyEnter Key Index Key Alarm HI Alarm Key Alarm LO Alarm KeyIdentifying Control Panel Switches Display KeyDigital Flow Screen Pump Start Mode SelectPump Stop Vent Cycle Start optionalAlarm Silence Identifying System Status Board IndicatorsMode Indicator Lights Status Indicator LightsAuto Mode Indicator Light Fault Indicator LightsPump Overload Indicator Light Low Pressure Indicator LightLow Level Indicator Light High Level Indicator LightSeries Hot Oil Large Temperature Control Units Periodic Checks Making Daily ChecksMaking Monthly Checks Routine Servicing Making Quarterly ChecksMaking Six-Month Checks Servicing the Unit Every Three Months Servicing the Unit Monthly or Every 500 HoursMotor Lubrication Procedure Pumps and Seals Corrective MaintenanceSeries Hot Oil Large Temperature Control Units Troubleshooting Check the heater output with an Service Notes Service Notes Service Notes Parts Department Technical Assistance