Install Instructions

ManualsBrandsAzel Technologies ManualsHeating SuppliesDual Zone Digital Temperature Gauge with Two Universal Sensor Probes

Table Of Contents

DIGIT-STAT DS-60P UNIVERSAL DIGITAL TEMPERATURE GAUGE

FOR HYDRONIC HEATING/SOLAR HEATING/GEOTHERMAL SYSTEM

FEATURES:

SPECIFICATIONS:

.Dual Large LCD (Liquid Crystal Display) to show supply

and return temperature.

.Min/Max memory can be selected for both OUT(Supply)

and IN (Return) water temperature since the last time

RESET button was pressed

.Celsius or Fahrenheit switch on the front unit.

.Dual power input: 24VAC or Lithium Battery. When both

inputs are applied, 24VAC has priority over lithium battery.

.Frequent sample rate dictate any change in temperature

instantly

.Easy installation

.Temperature range: -58 to 302 F (-50 to 150 C)

.Resolution: 0.1 F(0.1 C)

.Accuracy: ±1 C / ±2 F

.Sample rate: 3 Secs.

.Input: 2 x 10K ohm thermistor probe model: P-03

(designed to strap on a pipe or insert into a temperature

well)

.Operating Voltage: 24VAC or Lithium Battery (included,

last for over 3 years)

.Size: 3.5” x 2.0” x 0.9” (88.9mm x 50.8mm x 22.86mm)

.Enclosure: Flame-retardant plastic

.Operating Temperature: 32 to 122 F(0 to 50 C)

.Weight: 0.11lbs (50g)

° °

SPECIFICATIONS:

.Sheath: Copper

.Lead: 10” of 20 AWG heat resistence green wire

.Dimension: 3/8" OD x 13/16" length (9.5mm OD x

20.6mm)

. Weight: 0.02lb (10g)

.Operating range: -58 to 302 F (-50 to 150 C)

.Sensor: 10K ohm @ 77 F (25 C ± 1%) thermistor

° °

UNIVERSAL SENSOR PROBE

(THERMISTOR) Model: P-03

The Azel Sensor Probe is engineered to ensure long life

and rapid response. It is designed to strap on a pipe or

insert into a temperature well. P-03 is specially designed

for use with DS-60 and other controls that require 10K ohm

thermistors.

MODEL DESCRIPTION

DS-60 Digital temperature gauge

P-03 Universal sensor probe(high range)

DS-60P Digital temperature gauge with two

universal sensor probes (DS-60 and P-03)

DIGITAL TEMPERATURE GAUGE DS-60P

AZEL Technologies Digital Temperature gauge replaces two

mechanical temperature gauges as it can simultaneously displays

the accurate temperature of two locations such as the supply and

return piping on a hydronic heating system. When 24VAC is

supplied, the lithium battery enable the unit to work in case of power

failure. DS-60P is also ideal for any application that requires quick

and accurate response to temperature change, an easy to read

display and a wide temperature range.

INSTALLATION AND OPERATING INSTRUCTIONS

INSTALLATION:

REMOVING THE FRONT COVER

Push down the plastic tab located on top of the enclosure with

finger or small screwdriver to release the lock. Swing the front

cover away from the base using the bottom edge as the pivot.

Push the tab to open

the cover

INSTALLATION:

MOUNTING THE DS-60P ON THE WALL

THE DS-60P can be mounted on the wall (or wooden board)

using two #6 screws. Insert the screws through the mounting

holes on the base and fasten the screws to the wall.

Insert #6 screws into these

mounting holes

Summary of content (2 pages)

PAGE 1
INSTALLATION AND OPERATING INSTRUCTIONS DIGIT-STAT DS-60P UNIVERSAL DIGITAL TEMPERATURE GAUGE FOR HYDRONIC HEATING/SOLAR HEATING/GEOTHERMAL SYSTEM DIGITAL TEMPERATURE GAUGE DS-60P AZEL Technologies Digital Temperature gauge replaces two mechanical temperature gauges as it can simultaneously displays the accurate temperature of two locations such as the supply and return piping on a hydronic heating system. When 24VAC is supplied, the lithium battery enable the unit to work in case of power failure.
PAGE 2
WIRING THE DS-60P First of all, decide if the wire is going to run through the bottom or back opening. In case of running the wire through the bottom opening, remove the plastic plug by sliding outward. For hydronic heating system, run a pair of wire (18-20AWG) from each of P-03 sensor to the corresponding terminal blocks: Sensor of Supply Piping to “T1 T1” or “OUT”. Sensor of Return Piping to “T2 T2” or “IN”. For other systems, T1 corresponds to location 1 and T2 corresponds to location 2 of the sensors.