Three Element Housing

Part # 003-10268

Features:

  • Triple Pass Stainless Steel Housing
  • Replaceable Elements
  • Choice of Wattage
  • Can Be Wired Single or Three-Phase
  • Built-In Thermocouple Port
  • Flow Rates Up To 50 SCFM

The triple pass housing causes the air to be preheated prior to flowing through the elements resulting in a more efficient heater. The outer shell remains cool to the
touch, making this product user friendly.

The elements can be replaced by removing the Rear Adaptor (2 screws), sliding the electrical leads off the Element Terminal Pins, removing the Element
Retaining Screw, and sliding the three elements out of the housing. New elements are then installed by reversing the above sequence.

There are three different wattage elements that fit this housing:

  • Part # 003-10028 (3) 2,000 Watts/Element 240V 6,000 Watts Total
  • Part # 003-10029 (3) 2,800 Watts/Element 240V 8,400 Watts Total
  • Part # 003-10030 (3) 3,600 Watts/Element 240V 10,800 Watts Total

The element connections are brought out of the housing through a six conductor (Plus Ground) flexible cable. Each conductor is numbered and color coded so that they can easily be connected single or three-phase externally. The silicone jacketed cable is rated at 500 volts and 180°C.

The housing comes complete with a thermocouple port (3/16” Dia. compression fitting) and a plug if a thermocouple is not used. When using a thermocouple be sure to insert it to a depth that will center the junction over one of the elements. Use thermocouple #004-10037  (“K” type with 2 Ft. armor)

Refer to Power Control Modules , S.C.R. Power Controls and Contactors and Controllers for power control of these heaters.

Triple Pass Heaters: Three Element HousingTriple Pass Heaters: Three Element Housing
Triple Pass Heaters: Three Element Housing Part # 003-10268Triple Pass Heaters: Three Element Housing Part # 003-10268

Air flow rates up to 50 SCFM can be used with this housing, however, a regenerative blower should not be used as the back pressure is too high. The compressed air used should be filtered and regulated. Refer to the included performance curves for each wattage.

Part # 003-10028

(3 ea.) - 2KW Elements

Air Flow Characteristics of Triple Pass HeatersAir Flow Characteristics of Triple Pass Heaters

Part # 003-10029

(3 ea.) - 2.8KW Elements

Air Flow Characteristics of Triple Pass HeatersAir Flow Characteristics of Triple Pass Heaters

Part # 003-10030

(3 ea.) - 3.6KW Elements

Air Flow Characteristics of Triple Pass HeatersAir Flow Characteristics of Triple Pass Heaters

NOTE:
Broken line sections of curves indicate Reduced Heater Life Area. The filament temperature is above 1950°F. Refer to the Heater Life Curve in the technical information section (T) of our website.

INDUSTRY-NET-PREFERRED-SUPPLIER-LOGOINDUSTRY-NET-PREFERRED-SUPPLIER-LOGO
INDUSTRY-NET-PREFERRED-SUPPLIER-LOGOINDUSTRY-NET-PREFERRED-SUPPLIER-LOGO
  • Calculator
  • Standard Flow Rate (SCFM) Calculator

    Calculate the SCFM.

    Power Flowrate Calculator

    Calculate the electrical power, flow rate or temperature requirement.

    Temperature Conversion

    Fill in one value to calculate the other.

    Ohms Law Calculator

    Fill in two values to find the other two.

    Pressure Conversion

    Fill in one value to calculate the other.

    Three Phase Unit Calculator

    Fill in two values to find the 3rd.

    Single Phase Unit Calculator

    Fill in two values to find the 3rd.

    Parallel Resistance Calculator

    Calculate the total resistance in ohms of resistors that are in parallel by entering the value of each below.

    Series Resistance Calculator

    Calculate the resistance in ohms of resistors connected in series by entering the value of each.

    Copyright © 2022 Convectronics. All Rights Reserved.