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A3091000/A3091250

ProMIX™ 101 Radiant

Heating Reset Control

4

Installation

1. Mount the control on a wall near the

modulating valve.

2. The outdoor air sensor should be mounted

in a shady location, preferably on the
north side of the building under the eaves
or a window sill.  Drill a 

¹⁄₄

" hole through

the wall and caulk the sensor in place so it
is not in contact with the wall.

3. The primary loop (or boiler return) sensor

and the secondary (or radiant) supply
sensor should be installed in wells if
possible.  If installed in wells, a heat
conductive paste should be used to
eliminate the air space with in the well, to
improve thermal transfer to the sensor.  If
wells are not used, tape the sensor se-
curely to a metal pipe using aluminum
tape.  Cover with at least 1" thick insula-
tion, extending 2" beyond each end of the
sensor.  Any additional wiring required to
connect a sensor to the ProMIX™ control
panel should be run with 18-22 AWG wire.

4. Wire the control as indicated by the termi-

nal block labels or by the wiring schematic
provided in Section 6.  Be sure to provide
an earth ground to the case.

5. The ProMIX™ 101 Controller comes with

adjustable jumper settings set to operate
in Fahrenheit temperature, direct acting
and 0 - 10v modes. If settings are required
other than the preset values, move the
jumper (s) to the proper position. See
chart below.

6. Set the design temperature knobs to the

appropriate temperatures.  The tempera-
ture setting can be fine tuned in the Power
Up/Setup Display Sequence.

7. Turn on the 120VAC supply.
8. Hold the Display Button and press the

Test/Reset button to enter the test mode.

9. Press the Display button repeatedly to test

the inputs and outputs, and to fine-tune
the temperature setting inputted in step 6.

10. Install the cover.

NOTE:

  Make sure sensor wires are routed

away from motors, relays and other high voltage
wiring in order to avoid erratic temperature
readings due to noisy electronic environments.
Attach the shields to the grounded case using
the mounting screw near the sensor terminals.

Summary of Contents for A3091000

Page 1: ...is compatible with other types of hydronic heat distribution systems where the use of a weather responsive control is desired Installation and Operating Instructions Features Provides outdoor reset co...

Page 2: ...warmer the desired water tem perature The SL sensor provides feedback for the control loop To provide the proper temperature in the radiant loop the control positions the valve using a proportional in...

Page 3: ...ete Design Assistance Manual SLH setting should never exceed the recommended water temperatures for the method in which the tubing is installed SLL The minimum radiant loop temperature should be set t...

Page 4: ...with 18 22 AWG wire 4 Wire the control as indicated by the termi nal block labels or by the wiring schematic provided in Section 6 Be sure to provide an earth ground to the case 5 The ProMIX 101 Contr...

Page 5: ...op High Max Radiant Loop Temp potentiometer adjustable Secondary Loop Low Min Radiant Loop Temp potentiometer adjustable Outdoor Air Temperature Current Outdoor Temp sensor input Primary Loop Temperat...

Page 6: ...SLL SLS SLH F range C range Open sensor error Shorted sensor error Circulator boiler off valve closed blank if below 15 0 VAC OA 60 122 51 50 Err OPn Err Sht PL 32 221 0 105 Err OPn Err Sht SLS 65 110...

Page 7: ...A3091000 A3091250 ProMIX 101 Radiant Heating Reset Control 7 Typical Piping Arrangement using the Wirsbo ProMIX 101 Controller A B...

Page 8: ...Heating Reset Control 8 Typical wiring using the ProMIX 101 Controller and a Wirsbo DT10 Thermostat Typical wiring using the ProMIX 101 Controller Wirsbo Zone Control Module and a Single Pump Relay to...

Page 9: ...A3091000 A3091250 ProMIX 101 Radiant Heating Reset Control 9 Typical wiring using the ProMIX 101 Controller with Wirsbo Zone Control Module...

Page 10: ...A3091000 A3091250 ProMIX 101 Radiant Heating Reset Control 10 Typical wiring using the ProMIX Controller Wirsbo Zone Control Module and Multiple Pump Relay...

Page 11: ...mperature is below OAL the SL temperature should be at its maximum SLH should not be increased above the maximum tempera ture limitation for the installation method 4 If the heat output is excessive a...

Page 12: ...rculator N O relay contact switched line 12 22 AWG copper wire only HP 120 VAC Full Load 7 4 A Locked Rotor 43 2 A Resistive 10 A 3 Boiler Control Signal N O relay contract dry contacts limited to 18...

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