Intermatic DDT40 Bruksanvisning
Intermatic
Växla
DDT40
Läs nedan 📖 manual på svenska för Intermatic DDT40 (18 sidor) i kategorin Växla. Denna guide var användbar för 2 personer och betygsatt med 4.5 stjärnor i genomsnitt av 2 användare
Sida 1/18
Libertyville, Illinois 60048
www.intermatic.com
DDT40 Adaptive Defrost Control
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.
• For 40 A loads, use #8 AWG wire, for 30 A loads, use #10 AWG rated at least
90º C min. - Use COPPER conductors ONLY.
• Do not exceed maximum current carrying capacity.
• Bonding between conduit connections is not automatic and must be provided as
part of the installation.
• For outdoor locations or wet locations (rain-tight), conduit hubs that comply with
requirements of the UL514B (standard for fitting for conduit and outlet boxes) are
to be used.
• KEEP DOOR CLOSED AT ALL TIMES when not servicing.
• Replace the dead front after servicing or installation, if applicable.
AVERTISSEMENT
Risque d’incendie ou de choc électrique
• Pour les charges de 40 A, utiliser du fil n° 8 AWG, pour les charges de 30 A,
utiliser n° 10 AWG classés 90° C minimum – Utiliser EXCLUSIVEMENT des
conducteurs en CUIVRE.
• La liaison entre les raccordements de conduits n’est pas automatique et doit être
prévue dans le cadre de l’installation.
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.
• Use Intermatic model number DT-B for bracket mounting of the defrost controller
board.
PRODUCT DESCRIPTION
The DDT40 Commercial Refrigeration Control is integrated with CUBE™ Adaptive Defrost sensing technology. This Adaptive I
Defrost Control with CUBE™ technology transforms a typical Intermatic DTAV40 Timer into an Adaptive Defrost Control I
which has the ability to skip scheduled defrost events when they are not needed in order to save energy. There is absolutely
no change to the Intermatic Defrost Timer load wiring. For more details, see the wiring diagrams on page 7.
The thermistor probes can be installed up to 400 ft (122 m) away from the DDT40. Additionally, it can connect up to four
thermistor probes to a single DDT40 control in order to monitor multiple evaporator coils. To order additional thermistor probe
kits, use part number 178GR10K-1.
Used in electric or hot gas defrost applications where the defrost is terminated when the coil is frost free, as sensed by a
temperature or pressure switch, even though the defrost programmed has not been reached. The termination time time
termination functions as a fail-safe and will terminate the defrost if the temperature or pressure switch fails to do so. The
temperature or pressure switch on the refrigeration coil has contacts which close on a temperature or pressure rise above
freezing, indicating that frost and ice have melted from the coil. Typically a wide differential SPDT temperature switch is used
with it’s normally closed contacts wired to the fans thereby delaying the fans from coming on until the coil temperature has
dropped back to below freezing.
2
DDT40 Adaptive Defrost Control
DDT40
FIG. 1 DDT40 with Enclosure FIG. 2 Bracket Mount
(Salable item DT-B. See DT-B Installation Instructions.)
Specications
Operating Voltages
• 120–240 VAC, 60 Hz
Maximum Loads:
Defrost Heater Load:
• 120 VAC: 4800 W
• 240 VAC: 9600 W
Fan and Compressor Load:
• 120 VAC: 1 HP
• 240 VAC: 2 HP
Fan Load on Terminal F:
• 120 VAC: 1 HP
• 240 VAC: 2 HP
Maximum Contact Ratings:
[1] & [3] Contacts:
• 40 A Resistive
• 1 HP @ 120 VAC
• 2 HP @ 240 VAC
[2] & [4] Contacts:
• 40 A Resistive
• 1 HP @ 120 VAC
• 2 HP @ 240 VAC
[1] & [F] Contacts:
• 40 A Resistive
• 1 HP @ 120 VAC
• 2 HP @ 240 VAC
Mounting:
• Enclosure: Type 3R rainproof indoor/outdoor plastic
Wiring Connections:
Note: Refer to WARNINGS on page 1 before proceeding.
• Screw clamp terminals: #22 AWG to #8 AWG wire
• Use #8 AWG wire with 90° C rating for 40 A loads
• Use #10 AWG wire with 90° C rating for 30 A loads
Environmental Ratings:
• Operating temperature: -40° F to 130° F
(-40° C to 55°C)
• Operating humidity: 0-95% RH non-condensing
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 connection are not an isolated Class 2
circuit.
*Only use thermistor probe specified for use with DDFM
model.
Agency Approval:
• UL Listed
INSTALLATION
Note: Refer to WARNINGS on page 1 before proceeding.
Tools Required
• Needle nose pliers
• Small flathead or #4-40 TORX™ head screwdriver
• Wire cutter
• Wire stripper
• Emery cloth or evaporator cleaner
• Insulation tape, hose clamp, or wire ties (possibly
needed)
• Fish tape (possibly needed)
3
DDT40 Adaptive Defrost Control
Mount the Enclosure
1. Identify a suitable location for the DDT40 control.
2. Open door and remove dead front by releasing spring
latch on bottom. See FIG. 3.
3. Apply the corresponding terminal identification and door
labels. See the included retrofit kit instructions.
4. If needed, remove the timer mechanism by releasing the
PCB Latch on the bottom. See FIG. 4.
5. Securely mount the enclosure. It is recommended that
you use #10 screws for mounting.
–Place the enclosure in the desired location, providing
space for the enclosure door to open fully. Mount the
enclosure using the provided mounting features. Drill
through the lower mounting holes if they are needed
to secure the enclosure. SeeFIG. 5.
6. Select and open the appropriate number of knockouts
for your installation, as shown in FIG. 6. To remove the
inner 1/2" circle of a knockout, insert a screwdriver in
the slot and carefully punch loose the knockout. If more
space is needed for the wiring, remove the 3/4" outer
ring of the knockout with pliers after removing the inner
circle. Smooth the knockout edges if necessary.
See FIG. 6.
7. Use appropriately rated fittings for installation.
8. Re-install the timer in the enclosure.
9. The dead front will be snapped back into place once
wiring is complete.
Spring Latch
Dead Front
FIG. 3 Remove the Dead Front
PCB Latch
FM Timer
FIG. 4 Remove the FM Timer from the Housing
Mounting
Holes
Enclosure
Mounting
Feature
Back View
FIG. 5 Enclosure
Knockout
FIG. 6 Knockouts
Produktspecifikationer
| Varumärke: | Intermatic |
| Kategori: | Växla |
| Modell: | DDT40 |
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