Temperature Control Unit | Oil Unit | 48kW 5HP

Temperature Control Unit | Oil Unit | 48kW 5HP

RK-4870HC
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Immediate Pricing
48 kWHeater
5 HPPump
70 GPMFlow
YesCooling Included
  • Specifications
  • Features
  • Options
  • Control Instrument
  • Support Documents

Specifications

Heater
kW: 48
Process Pump
Horsepower: 5
GPM: 70
PSI: 28
Fluid Volume
Unit: 6 Gallons
Expansion : 7 Gallons
Maximum : 46 Gallons
Heat Exchanger
Capacity: 3.6 sq.ft.
Full Load Amperage
230/3/60: 136.8
460/3/60: 66.9
575/3/60: 55.1
Control Instrument
Type: G500 Series
Temperature Range: 100°F - 500°F
Connection Sizes
To Process: 2"
From Process: 2"
Water Supply: ½"
Drain: ½"
Dimensions
Height: 76"
Width: 27"
Depth: 45"
Weight
Shipping: 850 LBS
Specification Notes:
  1. Since product innovation and improvement is our constant goal, all features and specifications are subject to change without notice or liability. Selection of certain optional features may change listed specifications.
  2. The Sentra cannot achieve temperatures below the cooling water supply temperature.
  3. Consult factory for fluid recommendations.
  4. Dimensions are approximate and should be confirmed with the factory prior to construction planning.

Features

Process Pump

  • 5 HP provides 70 GPM at 28 PSI
  • Low pressure, high flow centrifugal pump eliminates high pressure safety concerns
  • Custom designed pump casings produce higher flow with less horsepower
  • Water cooled pump seal maintains seal integrity and lengthens service life
  • Seal cooling is provided by facility water circulated within a cast jacket surrounding the seal area

Process Connections

  • Female NPT fittings standard on all process connections
  • To and From Process connections supplied with shut off valves
  • Supplied with manual process fluid purge system allowing purging of the process for storage within the unit expansion tank. Requires low pressure compressed air source for operation.

Cabinetry & Frame

  • Stainless steel enclosure panels
  • Hinged electrical panel

Heater

  • 48 kW
  • Flange mounted reduces leak potential
  • Vertically mounted for easy servicing
  • Uses a steel heater sheath for a long life at high fluid temperatures

Cooling Circuit

  • A water to oil heat exchanger is used to cool the circulated fluid
  • Cooling water flow to the heat exchanger is regulated by a solenoid valve controlled by the microprocessor control instrument

Expansion Tank & Reservoir

  • Large capacity expansion tank allows roomfor thermal expansion
  • Tank is used for fluid storage during shut down
  • Vent protects against unit over pressurization
  • Sight glass for visual monitoring of fluid level
  • Convenient fill port on top of tank

System Limits

  • High temperature
  • Water supply pressure switch
  • Water supply pressure relief valve
  • Pump motor overload relay
  • Fused control circuit

Pressure Gauge

  • To process

Warranty

Options

Control Instrument

  • Modbus TCP/IP RJ45
  • T500 control instrument Optional T500 Control Instrument
  • MRC-2 remote located control system for 2 temperature control units.
  • MRC-3 remote located control system for 1 temperature control unit
  • MRC-3 remote located control system with alarm and alarm silence switch

Cooling Circuit

  • Larger heat exchangers available for added capacity

Alarms

  • Audible Alarm
  • Beacon Alarm

Frame Construction

  • Rear cover panel

Control Instrument

G500 Series Control InstrumentAdvantage Engineering G-500 control instrument
  • Easy to use menu driven controller
  • LCD display
  • Home screen includes continuous set point and to process temperature.
  • % Heating or Cooling indication on home screen.
  • Out-of-spec alarm including standard audible signal.
  • Selectable °F or °C temperature display.
  • Selectable SPI or Modbus RTU communication.
  • For process fluid temperature up to 500°F
  • Optional: Modbus TCP communication

Support Documents

Literature
Literature PDF for RK-4870HC
Download
Updated on January 2019
Manual
Operating Manual for RK-4870HC
Download
Updated on May 31, 2022