Intermatic DDFM Käyttöohje
Intermatic
Kytkin
DDFM
Lue alta 📖 käyttöohje suomeksi merkille Intermatic DDFM (18 sivua) kategoriassa Kytkin. Tämä opas oli hyödyllinen 2 henkilölle ja sai 4.5 tähden keskimäärin 2 käyttäjältä
Sivu 1/18
Spring Grove, Illinois 60081
www.intermatic.com
ICUBE™ Adaptive Defrost Module
Installation and Operation Manual
SAFETY SECTION
WARNING
Risk of Fire or Electrical Shock
• Disconnect the power at the circuit breaker(s) or disconnect switch(es) before
installing or servicing.
• More than one circuit breaker or disconnect switch may be required to
de-energize the equipment before servicing.
• Installation and/or wiring must be in accordance with the national and local
electrical code requirements.
• Refer to DTAV40 or DDT40 for additional warnings and installation instructions.
See www.intermatic.com if needed.
• Only use the Intermatic supplied thermistor probe kit. The probe connection(s) to
the DTAV40 and DDT40 control are NOT an isolated Class 2 circuit. Use #18-14
AWG copper conductors for the field supplied wire to the thermistor probe.
NOTICE
• Rotate the timer dial clockwise only, rotating counter-clockwise will damage the
timer.
• Do not move the clock hands on the timer. Moving the clock hands manually may
damage the timer.
• The thermistor wire may be extended up to 400 ft (122 m) using field-supplied
wiring between the DDT40 control and the thermistor probe location.
• This product is only intended to be used with Grässlin™ DTAV40 and DDT40
models.
All trademarks are the property of their respective owners.
PRODUCT DESCRIPTION
The CUBE™ Adaptive Defrost Module, when added to an existing Grässlin™ DTAV40 - Defrost Control, provides the I
DTAV40 Control with the ability to skip scheduled defrost events when they are not needed in order to save energy. Up to
four thermistor probes may be added to the control in order to monitor multiple evaporator coils. Thermistor probes may be
installed up to 400ft (122 m) away from the CUBE™ module at a remote dedicated or multiplex condensing unit (indoor or I
outdoor) or within the freezer/cooler box. No changes to the installed defrost control terminal wiring (such as the wiring for
fans, defrost heater, or thermostat) is required.
To order additional thermistor probe kits (for example, to connect multiple evaporators to one control), use part number
178GR10K-1.
ICUBE™ Adaptive Defrost Module Contents – Part Number DDFM
The kit includes:
• One 10 ft (3.05 m) thermistor probe, with clip
• One 6 ft (1.83 m) input lead
• Four wire connectors
• One dead front
• One CUBE™ Adaptive Defrost Module, DDFMI
• Four #4-40 ¼" screws
FIG. 1 ICUBE™ Module Kit Contents
2
ICUBE™ Adaptive Defrost Module
Specications
Rated Input:
120/240 VAC, 50 mA, 60 Hz
Thermistor Probe Ratings:
• Thermistor*: Type NTC
• Rating:10 K Ω @ 25° C
• Wire size: 24 AWG
• Working range: -40° F to 152° F (-40° C to 67° C)
• Thermistor probe wire length: 10 ft (3.05 m)
• Connector wire length: 6 ft (1.83 m)
*Thermistor probe connections are not an isolated Class 2
circuit.
*Only use a thermistor probe specified for use with DDFM
model.
INSTALLATION
Note: Refer to WARNINGS on page 1 before proceeding.
Tools Required
• Small flathead or #4-40 TORX head screwdriver™
• Needle nose pliers
• Emery cloth or evaporator cleaner
• Wire cutter
• Wire stripper
• Fish tape (possibly needed)
• Insulation tape, hose clamp, or wire ties (possibly
needed)
Pre-Installation
1. Disconnect all power to the control at the circuit breaker
or disconnect switch. More than one circuit breaker or
switch may be required to de-energize the control and
all connected loads.
2. Plan the length of field-supplied copper wire needed
to connect the thermistor probe from the evaporator
coil to the input lead. (This wire may be #18-14 AWG
shielded or unshielded up to 400 ft (121.92 m) long).
3. The existing control may be installed in an enclosure (as
shown in FIG. 3, for example) or secured via a bracket
inside the condensing unit control panel (as shown in
FIG. 4, for example). The installation of the CUBE™ I
module is the same for both instances.
4. If applicable, open the enclosure door.
5. If applicable, remove and discard the existing dead front
cover. See FIG. 2.
FIG. 2 Existing Dead Front
Install the CUBE™ ModuleI
1. Remove the FM timer from the control board. SeeFIG. 3 or FIG. 4.
Note: The control board does not need to be removed from the enclosure or the bracket.
FM Timer
Control Board
Screw
FM Timer
Screw
Control Board
Bracket
FIG. 3 FIG. 4 Remove the FM Timer (Enclosed Model Shown) Remove the FM Timer
(Salable item DT-B. See DT-B Installation Instructions.)
3
ICUBE™ Adaptive Defrost Module
2. Orient the CUBE™ module as shown in FIG. 5.I
3. Install and fasten the CUBE™ module to the control I
board with the screws provided. Be sure to align the
ICUBE™ module terminals with the terminal fasteners
on the control board when placing. SeeFIG. 5.
Note: Gently tighten screws. Do not over-tighten or
stripping may occur.
4. Install and fasten the FM timer onto the CUBE™ I
module with the screws provided. Be sure to align the
FM timer terminals with the terminal fasteners on the
ICUBE™ module. SeeFIG. 5 inset.
FM Timer
Screw
Control Board
Terminal
Fasteners
Bracket
ICUBE™
Module
FIG. 5 IInstall the CUBE™ Module (Bracket Shown)
Install the Thermistor Probe
1. Route the length of field-supplied copper wire needed
to connect the thermistor probe from the evaporator
coil to the input lead. (This wire may be 18–14 AWG
shielded or unshielded up to 400 ft (121.92m) long)
Note: The field-supplied wires may run along with the
power wires through existing or new conduit.
2. Connect the input lead to the CUBE™ module as I
shown in FIG. 6. The input lead may be inserted into
any of the four connectors on the CUBE™ module.I
Note: Make sure the input pins are properly aligned with
the input lead connector.
Input Lead
Input Lead Connectors
FIG. 6 Attach the Input Lead
3. Route the input lead above the tab and around the
ICUBE™ module as shown in FIG. 7.
4. Cut the input lead to the appropriate length:
–For enclosure installations, cut the input lead length
to ensure the connection is inside the enclosure as
shown in FIG. 7.
–For bracket installations, cut the input lead to an
appropriate length inside the condensing unit control
panel.
5. Use the provided wire connectors to connect the input
lead to the routed 18–14 AWG shielded or unshielded
field-supplied wire.
Wire Connector
Input Lead
Route Lead over bTa
Field-Supplied Wire
to Thermistor Probe
FIG. 7 Route the Input Lead
Tuotetiedot
| Merkki: | Intermatic |
| Kategoria: | Kytkin |
| Malli: | DDFM |
Tarvitsetko apua?
Jos tarvitset apua merkille Intermatic DDFM esitä kysymys alla ja muut käyttäjät vastaavat sinulle
Kytkin Intermatic Käyttöohjeet
12 Joulukuuta 2024
12 Joulukuuta 2024
12 Joulukuuta 2024
12 Joulukuuta 2024
12 Joulukuuta 2024
12 Joulukuuta 2024
12 Joulukuuta 2024
12 Joulukuuta 2024
12 Joulukuuta 2024
12 Joulukuuta 2024
Kytkin Käyttöohjeet
- Kytkin ORNO
- Kytkin D-Link
- Kytkin Lancom
- Kytkin TP Link
- Kytkin Totolink
- Kytkin StarTech.com
- Kytkin Cudy
- Kytkin Extron
- Kytkin Lindy
- Kytkin Ecler
- Kytkin Digitus
- Kytkin LevelOne
- Kytkin EMOS
- Kytkin Smart-AVI
- Kytkin Generac
- Kytkin Equip
- Kytkin Elation
- Kytkin Advantech
- Kytkin Atlona
- Kytkin Robbe
- Kytkin Crestron
- Kytkin PureLink
- Kytkin Blustream
- Kytkin WHALE
- Kytkin Tenda
- Kytkin Suevia
- Kytkin ZyXEL
- Kytkin Homematic IP
- Kytkin Vimar
- Kytkin Hager
- Kytkin Kathrein
- Kytkin Alfatron
- Kytkin Berker
Viimeisimmät Kytkin Käyttöohjeet
13 Joulukuuta 2024
13 Joulukuuta 2024
13 Joulukuuta 2024
13 Joulukuuta 2024
13 Joulukuuta 2024
13 Joulukuuta 2024
13 Joulukuuta 2024
13 Joulukuuta 2024
13 Joulukuuta 2024
13 Joulukuuta 2024