Centerline by Traulsen CLUC Undercounter Refrigerators and Freezers Owner’s Manual

Centerline by Traulsen CLUC Undercounter Refrigerators and Freezers Owner’s Manual

THE SERIAL TAG

SERIAL TAG & LOCATION

The serial tag is a permanently affixed label on which is recorded vital electrical and refrigeration data about your Centerline product, as well as the model and serial number. This tag is located in upper right interior compartment on all compact models.

READING THE SERIAL TAG

• Model = The model # of your Traulsen unit
• (S/N) Serial Number = The permanent ID# of your Traulsen unit
• Refrigerant SYS1 = System 1 Refrigerant type used and refrigerant charge
• Design Pressure = System 1 High and Low Pressure
• Refrigerant SYS2 = System 2 Refrigerant type used and refrigerant charge
• Design Pressure = System 2 High and Low Pressure
• Volts = Voltage
• Hz = Cycle
• P H = P h ase
• Total Current = Maximum amp draw
• Min Circuit Amps = Minimum circuit ampacity
• Lights = Light wattage
• Agency Labels = Designates agency listings
• Components = Component Ratings

ITW Food Equipment Group, LLC North American Refrigeration 4401 Blue Mound Rd. Ft. Worth, TX 76106 800-825-8220

MODEL| CLUC-27R-SD| SCAN FOR SERVICE INFO

---|---|---
S/N:| T99999A99
REFRIGERANT
SYS1 (REFM):| R-450A| 8.00 oz| 226.80 g|
Hi Press. (PRESH):| | 330 psi| 2.28 MPa| (2,28 MPa)
Lo Press. (PRESL):| | 150 psi| 1.03 MPa| (1,03 MPa)
SYS2 (REFA):|
Hi Press. (PRESH):|
Lo Press. (PRESL):|
Input Power (ELIN) – FOR INDOOR USE ONLY
115 V  60 Hz| ~| 3.3 A  (3,30 A)|

COMPONENTS
COMP AMPS:| | LIGHT WATTS:|
COND FAN AMPS:| | CTRL AMPS:|
DEF HTR AMPS:| | B/TMCE HTR AMPS:|
DOOR HTR AMPS:| | MIN CIRCUIT IN AMPS:|
EVAP FAN AMPS:| | MAX OVR. CURRENT PROTECTION AMPS:|

RECEIPT INSPECTION

RECEIPT INSPECTION

All Centerline products are factory tested for performance and are free from defects when shipped. The utmost care has been taken in crating this product to protect against damage in transit.

You should carefully inspect your Centerline unit for damage upon delivery. If damage is detected, you should save all the crating materials and make note on the carrier’s Bill of Lading describing this. A freight claim should be filed immediately. If damage is subsequently noted during or immediately after installation, contact the respective carrier and file a freight  claim. Under no condition may a damaged unit be returnedto Traulsen without first obtaining written permission (return authorization). You may contact Traulsen customer care at 800-333-7447 and select option 2 to request a return.

INSTALLATION

a – LOCATION
Select a proper location for your Centerline unit, away from extreme heat or cold. Allow enough clearance between the unit and the side wall in order to make use of the door stay open feature at 120° (self-closing feature operates up to 90°). The door(s) must be able to open a minimum of 90° in order to make use of the maximum clear door width available.

NOTE: Do not install the cabinet without casters.

b – PACKAGING
All Centerline units are shipped from the factory bolted to a sturdy wooden pallet and packaged in a durable cardboard container.

To remove the wooden pallet, first if at all possible, we suggest that the cabinet remain bolted to the pallet during all transportation to the point of final installation. The bolts can then be removed with a 5/8” socket wrench by tipping or otherwise raising the unit to allow access to them.

NOTE: Traulsen does not recommend laying the unit down on its front or side or back. However, if you must only lay unit on the front of side, not the back and please be certain to allow the unit to remain in an upright position afterwards for 24 hours before plugging it in so that the compressor oils and refrigerant may settle.

c – INSTALLING LEGS OR CASTERS
A set of 4” high casters are supplied standard for all compact undercounter and prep table units. These are shipped from the factory inside a cardboard box which is secured inside the cabinet.

THE CABINET MUST BE BLOCKED AND STABLE BEFORE INSTALLING CASTERS.

The “Stem” casters are installed by threading them firmly into the cabinet bottom at each corner ( see figure 1).

For leveling, turn the casters counterclockwise to raise it, clockwise to lower it. Level the unit from front to back as well as side to side in this manner. The caster bolts are tightened using a 1/2” socket wrench. Casters with locks should be installed in the front for easy access to locking mechanism. Legs & 6” casters are available in lieu of 4” casters as an optional accessory kit for the same models. These are shipped inside a separate cardboard box containing four (4) casters/legs.
To install the legs or casters, first raise and block the cabinet a minimum of 7” from the floor. For installing legs, thread the legs into the threaded holes on the bottom of the cabinet (see figure 2).

Be certain that all legs are tightly secured. When the unit is set in its final position, it is important for proper operation that the unit be level. The legs are adjustable for this purpose; turn the bottom of the leg counterclockwise to raise it, clockwise to lower it. Level the unit from front to back as well as side to side in this manner

d – INSTALLING DRAIN PAN
Centerline compact models are shipped with the condensate pan (half-size sheet pan) wrapped up and stored inside the unit.
Remove the condensate pan and slide it on the rails underneath the cabinet. Route the drain tubing drain into the pan to ensure water drains into the pan (see figure 2).

NOTE: DRAIN PAN IS DESIGNED TO HOLD AND EVAPORATE DEFROST CONDENSATE FROM THECABINET DURING NORMAL OPERATIONS. HOWEVER, DUE TO OTHER OPERATIONS LIKE FLOOR CLEANING WITH WATER JETS/SPRAYS, IT MAY GET FULL AND OVERFLOW. IN THOSE CASES, DRAIN PAN CAN BE SLIDED OUT AND EMPTIED TO PREVENT SLIP HAZARD

e – SHELF CLIPS FOR DOOR MODELS

Shelves and shelf clips are shipped with the unit. Shelves are mounted on pilasters using clips to adjust the shelf height. For each shelf, insert four (4) shelf clips into the pilaster slots at the same height. The shelf clips have a small projection on top which holds the shelf in position and prevents it from slipping forward. To remove the clips, pinch down on the mounting side and pull them outwards. Make sure the clips are securely installed. Lastly, set the shelf into its new position

f – CORD & PLUG
All Centerline compact models are supplied with a cord & plug attached. It is shipped coiled and secured by a nylon strip to the back of the cabinet near condensing unit area. For your safety and protection, all units supplied with a cord and plug include a special three-prong grounding plug on the service cord. Select only a dedicated electrical outlet with grounding plug for power source.
NOTE: DO NOT UNDER ANY CIRCUMSTANCES CUT OR REMOVE THE ROUND GROUNDING PRONG FROM THE PLUG OR USE AN EXTENSION CORD

g – POWER SUPPLY
The supply voltage should be checked prior to connection to be certain that proper voltage for the cabinet wiring is available (refer to the serial tag to determine correct  unit voltage). Make connections in accordance with localelectrical codes. Use qualified electricians.

Use of a separate, dedicated circuit is required. Size wiring to handle indicated load and provide necessary over current protector in circuit (see amperage requirements on the unit’s serial tag).

h – CLEARANCE
In order to assure optimum performance, the condensing unit of your Centerline unit MUST have an adequate supply of air for cooling purposes. Therefore, the operating location must have a minimum of 1” clearance on top of the unit for proper air flow. There are no clearance requirements for the sides or rear.

i – CUTTING BOARD ASSEMBLY
On prep tables and mega top tables, the cutting board mayrequire assembly at the site. Install cutting board brackets on each side with two screws. With brackets installed, slide the cutting board in at an angle under the lip in the back and then let it rest down with the pins running through the holes on the board (see figure 4 ).

The cutting board is field reversible, reverse process to reverse cutting board.

j – INSTALLING BACKSPLASH
All 27”, 36”, 48”, 60”, & 72” wide compact undercounter models can be supplied with an optional backsplash that must be installed on-site. To do so, please follow the directions below:

1. Install backsplash as shown in figure 5.
   
   The backsplash is attached with self-drilling Philips head screws. The outer most holes are used to install bumpers.

2. Align the outer holes used for the bumpers to attach the backsplash. Attach the backsplash with the just the outer holes and bumpers temporarily to hold in place.

3. Assure the front lip of the backsplash is contacting the top of the unit. Use the self-threading sheet metal screws to attach the inner portion through the hole locations on the backsplash.

4. Use silicone or similar product to seal any gaps between the backsplash and the exterior top.

OPERATION

Both refrigerators and freezers do not require manual defrosting. However, manual defrost option is available on the control, if required

a – OPERATION DISPLAY INDICATORS
During normal operation, the display shows either the temperature measured or one of the following indications:

b – REFRIGERATORS
During normal operation, a refrigerator continuously circulates above-freezing cabinet air through the evaporator coil. An Off-Cycle defrost occurs every 8 hours for a maximum length of 50 minutes to melt any frost which may accumulate on the coil during the compressor “ON” cycle. With standard holding refrigerators, high relative humidity is also maintained to prevent dehydration of stored product.

c – FREEZERS
During normal operation, a freezer continuously circulates below-freezing cabinet air through the evaporator coil. The coil requires a periodic defrosting for proper operation. This is accomplished by an automatic, compressor runtime activated, temperature/time terminated, defrost program. Depending on the door opening frequency and the ambient condition, the defrost may occur 3 to 8 times within each 24-hour period.

At the start of a freezer defrost cycle, both the compressor and evaporator fans are off. The microprocessor control will read “dEF” (see figure 6).

CARE AND MAINTENANCE

The electric heaters (attached to the evaporator coil and drip pan) are energized. When the temperature sensor affixed to the coil senses 50°F, the coil and drip pan are fully defrosted. Both heaters and compressor are off for 5 minutes to let the defrost water drip out completely. After drip time, compressor will resume operation. The evaporator coil fans are delayed from starting at the termination of a defrost cycle. Fan operation is automatically resumed after a short time or temp delay (whichever comes first). After completion, the total refrigeration system operation is then resumed. During defrost operation, heat is confined to the coil enclosure to prevent any significant rise in temperature within the food zone. The fan delay control function upon termination of a defrost cycle is two-fold. First, to prevent blowing warm air into the food storage area. Second, to prevent any condensation on the defrost coil from being blown into the food storage area.
The microprocessor control is set from the factory to terminate defrost at 25 minutes for freezers in the event of a sensor failure. This setting should never be tampered with, without first consulting the factory.

d – PREP TABLE & MEGA TOP REFRIGERATOR
The prep table and mega top refrigerator will function as a refrigerator. Due to the open top feature, it runs slightly lower evaporator temperature and builds more frost on coil than the regular refrigerator. The prep table and mega top therefore utilize electric heater for more effective defrost. The defrost procedure is the same as in freezer described in section IV.c, except the defrost will be terminated at 45°F.

e – REFRIGERATING PRODUCT
Centerline compact models will satisfactorily refrigerate an assorted load of food items. Allow space between articles to  permit free air circulation. Do not overload at any one time with warm food products and expect immediate results. A certain amount of time is required to remove heat from items before operating temperatures can be attained. The system is designed for storage of refrigerated or frozen product. Opening the door or drawer will increase the temperature in the cabinet and will require a certain amount of time to recover. Also, after peak service periods or after warm product is loaded, the refrigerator will require a certain amount of time for the temperature to return to the normal operating range.

f – DIVIDER BARS
Top Rail: Centerline compacts are provided with standard width pan divider bars. Pans are not provided with the unit.

Drawers: Drawer models are provided with metal divider bars standard. All 27” wide models are supplied with standard width bars. 48” and 72” models are supplied with 2 narrow and 2 wide bars.

DISCONNECT ELECTRICAL POWER SUPPLY BEFORE CLEANING ANY PARTS OF THE UNIT.

a – CLEANING THE EXTERIOR
Exterior stainless steel should be cleaned with warm water, mild soap and a soft cloth. Apply with a dampened cloth and wipe in the direction of the metal grain.
Avoid the use of strong detergents and gritty, abrasive cleaners as they may tend to mar and scratch the surface. Do NOT use cleaners containing chlorine, this may promote corrosion of the stainless steel.

b – CLEANING THE INTERIOR
For cleaning the interior, use baking soda with warm water, and a soft cloth. Apply with a dampened cloth and wipe in the direction of the metal grain Use on breaker strips as well as door and drawer gaskets.
All door models interior fittings are removable without tools to facilitate cleaning. Depending on the level of cleaning, drawer model interior fittings may require a tool to facilitate cleaning. The drawer frame may be removed without tools.

To remove the drawers, the lock tab must be unlocked by sliding the lock tab forward and then up, to loosen the slides (see figure 8).

Then the drawer can be pulled out easily. from the slides.
Drawer lock tab shown in unlocked position.

To remove the middle slide between the drawer and cabinet for deeper cleaning, remove the middle slide by lifting up on the back tab and sliding it out of the track

Caution: The outer slides attached the side of the cabinet should not be removed because there are washers set in the assemble to hold the proper spacing between the slides. If removed the drawer slides may not function properly

CLEANING THE CONDENSER COIL
Check the condenser coil periodically. The operating environment will affect the required frequency of cleaning. Air must be able to freely circulate through the condenser. This surface must be kept free of dirt and grease for proper system operation. The condenser coil is at the back of the cabinet. Carefully clean dirt and lint from the condenser coil using a vacuum cleaner or soft brush; do not use a wire brush.

d – CONDENSATE REMOVAL SYSTEM CARE
Condensate removal is provided by evaporation at the pan at the bottom of the equipment cabinet and does not need a drain. The evaporator coil, condensate loop and condensate pan, when needed, can all be flushed with fresh water by a qualified service technician. This should be part of any routine maintenance program and can prolong the life of the equipment. Clean the condensate removal pan by wiping it out with a clean damp cloth. Replace the pan back to its location

e – DOOR RE-HINGING
The door(s) on all compact models can be easily re-hinged in the field. Existing hinge cartridge and top hinge bracket can be reused but an opposite side bottom hinge bracket will be needed. This bracket can be obtained from the factory by contacting our parts department (see section VIII.b) To begin, open the door to its stay-open feature position. Support the non-hinged end of the door so that minimum movement occurs when the bolts from the lower hinge brackets are removed. Remove the lower hinge bracket and then the door from the top hinge bracket. The hinge bracket pin and plastic bushing will remain in the top hinge bracket.

Carefully lay the door down on a padded flat surface. The door must be rotated 180° to mount on the other side of cabinet. Remove top bushing and bottom hinge cartridge and install on opposite ends. Using the newly obtained bottom hinge bracket, follow the steps in reverse order to re-hinge the door.

NOTE: The lower hinge plate is under spring tension. Grasp the lower hinge plate while keeping a firm grip on the plate, carefully slide it out the bottom of the door just far enough to allow the plate to rotate a full 360°. Unwind the tension of the spring by carefully allowing the hinge plate to rotate a full 360 degrees several times.

f – ADJUSTING THE DOOR
Occasionally the door(s) may require alignment adjustment. To do so, first open the door and loosen the hinge plate screws enough to move the hinges if desired, but the door

is held in place. Center the door in the opening. Next level the top hinge plate and tighten the screws. Finally, level the lower hinge plate and tighten the screws.

g – REPLACING THE GASKETS
To replace the gasket, grasp it firmly by one corner and pull it out. Before attempting to install a new gasket, both the unit and gasket must be at room temperature. Insert the four corners first by using a rubber mallet (or hammer with a block of wood). After the corners are properly inserted, work your way towards the center from both ends by gently hitting witha mallet until the gasket is completely seated in place ( see figure 14 for proper gasket placement).

h – PREPARING FOR EXTENDED SHUTDOWN
If the refrigerator is not to be used for an extended period of time, disconnect the electrical power supply and open the doors. As soon as the cabinet has warmed up to room temperature, wipe out the interior. Leave the doors open and check again to make sure that no moisture has collected on any parts. To restart refrigerator, follow instructions under PRESTART CHECKS and OPERATION.

CONTROL BASICS

Your new Centerline Refrigerator or Freezer is equipped with a digital control, which precisely regulates operation. It is supplied from the factory completely ready for use.

a – INFORMATION MENU

The information available in this menu is:

• displayed only if enabled (see Configuration Parameters)
• displayed only if ACC > 0

Access to menu and information displayed:

• Press and immediately release button .
• With button or select the data to be displayed.
• Press button to display value.
• To exit from the menu, press button or wait for 10 seconds

Initiate Stand-By:
Keeping the button pressed for 3 seconds allows the controller to be put on a standby or output control to be resumed (with SB=YES only).

Locking the Keypad:
The keypad lock avoids undesired, potentially dangerous operations, which might be attempted when the controller is operating in a public place. In the INFO menu, set parameter
LOC = YES to inhibit all functions of the buttons. To resume normal operation of keypad, adjust setting so that LOC = NO.

b – ADJUSTING CABINET SETPOINT Setpoint display and modification:

• Press button for at least a half second to display the setpoint value.
• While keeping the button pressed, use button or to set the desired value (adjustment is within the minimum SPL and the maximum SPH limit).
• When button is released, the new value is stored.

c – INITIATING A DEFROST

Automatic defrost:
Defrost starts automatically as soon as the time set with parameter DFT has elapsed.

• Timed defrost: With DFM = TIM defrosts take place at regular intervals when the timer reaches the value of DFT. For example, with DFM = TIM and DFT = 36, a defrost will take place every 6 hours.
• Optimized defrost: With DFM = FRO the timer is only increased when the conditions occur for frost to form on the evaporator, until the time set with parameter DFT is matched. If the evaporator works at 0°F, defrost frequency depends on the thermal load and climatic conditions. With setpoints much lower than 0°F, defrost frequency mainly depends on the refrigerator operating time.
• Defrost time count backup: At the power-up, if DFB = YES, the defrost timer resumes the time count from where it was left off before the power interruption. Vice versa, with DFB = NO, the time count re-starts from 0. In stand-by, the accumulated time count is frozen

Manual or remote defrost start:

It’s possible to manually start a defrost, by pressing button for 2 seconds.
Defrost type. Once defrost has started, Compressor and Defrost outputs are controlled according to parameter DTY. If FID = YES, the evaporator fans are active during defrost.
Defrost termination. The actual defrost duration is influenced by a series of parameters.

• Time termination: T2 = NO and T3 different from 2EU: the evaporator temperature is not monitored and defrost will last as long as time DTO.
• Temperature monitoring of one evaporator: T2 = YES and T3 different from 2EU. In this case, if the sensor T2 measures the temperature DLI before the time DTO elapses, defrost will be terminated in advance.

c – INITIATING A DEFROST (cont’d)

Resuming thermostatic cycle:

When defrost is over, if DRN is greater than 0, all outputs will remain off for DRN minutes, in order for the ice to melt completely and the resulting water to drain. Moreover, if  probe T2 is active (T2 = YES), the fans will re- start when the evaporator gets to a temperature lower than FDD; Vice versa, if probe T2 is not active (T2 = NO) or after defrost has come to an end, such condition does not occur by end of the time FTO, after FTO minutes have elapsed the fans will be switched on anyway.

Caution: if DFM = NON or C-H = HEA all defrost functions are inhibited; if DFT = 0, automatic defrost functions are excluded.

d – CONFIGURATION PARAMETERS

Parameter Configuration:

• To get access to the parameter configuration menu, press button and for 5 seconds.
• With button or select the parameter to be modified.
• Press button to display the value.
• By keeping button pressed, use button or to set the desired value.
• When button is released, the newly programmed value is stored and the following parameter is displayed.
• To exit from the setup, press button or wait for 30 seconds.

e – TECHNICAL DATA

Power supply
TRL-002….W 100-240Vac ±10%, 50/60Hz, 3W
Relay output max loads (240Vac)

| TRL-002..S/T..-.| TRL-002..Q/R..-.
---|---|---
Compressor| 16A resistive 12 FLA 48 RLA| 12A resistive 12 FLA 48 RLA
Evap. Fan| 16A resistive 4 FLA 12 RLA| 8A resistive4 FLA 12 RLA
Defrost| 16A resistive 4 FLA 12 RLA| 16A resistive 4 FLA 12 RLA
Auxiliary loads 1| 7A resistive| 7A resistive
Auxiliary loads 2| 7A resistive| 7A resistive

Input
NTC 10KΩ@25°C LAE Part No. SN4…

Measurement Range
<0.5 within the measurement range

Operating Conditions
-10… +50°C; 15%…80% r.H.

CE (Approvals and Reference Norms)
EN60730-1; EN60730-2-9; EN55022 (Class B); EN50082-1

after CRT minutes have elapsed since the previous switchover. We recommend to set CRT=03 with HY0<2.0°.
CT1| 0…30min| Compressor/Heater output run when probe T1 is faulty. With CT1=0 the output will always remain OFF.
CT2| 0…30min| Compressor/Heater output stop when probe T1 is faulty. With CT2=0 and CT1>0 the output will always be ON.Example: CT1=4, CT2= 6: In case of probe T1 failure, the compressor will cycle 4 minutes ON and 6 minutes OFF.
DFM| NON; TIM; FRO CRN| Defrost start mode
NON : defrost function is disabled (the following parameter will be FCM)
TIM : regular time defrost.
FRO : the defrost time count is only increased when the conditions occur for frost to form on theevaporator (optimized time increase).
CRN : defrost is based off of compressor run time (time is based off of DAT).
DFT| 0…250| Time interval among defrosts in x10 minutes. When this time has elapsed since the last defrost, a new defrost cycle is started. Each number is multiplied by 10 minutes. 0-250 indicates 0-2500 minutes.
DAT| 0…100hours| Frost accumulation timeout.
DFB| NO/YES| Defrost timer backup. With DFB=YES, after a power interruption, the timer resumes the count from where it was left off with ±30 min. approximation. With DFB=NO, after a power interruption, the defrost timer will re-start to count from zero.
DLI| -58…180°| Defrost end temperature.
DMD| 0…30min| Minimum defrost duration.
DTO| 1…120min| Maximum defrost duration.
DTY| OFF; ELE; GAS| Defrost typeOFF: off cycle defrost (Compressor and Heater OFF). ELE: electric defrost (Compressor OFF andHeater ON). GAS: hot gas defrost(Compressor and Heater ON).
DSO| OFF; LO; HI| Defrost start optimization OFF : no optimization.LO : defrost waits until the compressor cut-out.HI : defrost waits until the compressor cut-in.
SOD| 0…30 min| Start optimization delay.
DPD| 0…240sec| Evaporator pump down. At the beginning of defrost, defrost outputs (determined by DTY) areOFF for DPD seconds.
DRN| 0…30min| Pause after defrost (evaporator drain down time).
PAR| RANGE| DESCRIPTION
---|---|---
DDM| RT;LT;SP; DEF| Defrost display mode. During defrost the display will show:
RT : the real temperature;
LT : the last temperature before defrost;
SP : the current setpoint value;
DEF : “dEF”.
DDY| 0…60min| Display delay. The display shows the information selected with parameter DDM during defrost and for DDY minutes after defrost termination.
FID| NO/YES| Fans active during defrost.
FDD| -58…180°| Evaporator fan re-start temperature after defrost.
FTO| 0…120min| Maximum evaporator fan stop after defrost.
FCM| NON; TMP; TIM| Fan mode during thermostatic control.
NON : The fans remain ON all the time;
TMP : Temperature-based control. The fans are ON when the compressor is ON. When the compressor is turned OFF, the fans remain ON as long as the temperature difference Te-Ta is greater than FDT. The fans are turned ON again with FDH differential. (Te = Evaporator temperature, Ta = Air temperature);
TIM : Timed-based control. The fans are ON when the compressor is ON. When the compressor is OFF, the fans switch ON and OFF according to parameters FT1, FT2,FT3
FDT| -12…0°| Evaporator-Air temperature difference for the fans to turn OFF after the compressor has stopped.
FDH| 1…12°| Temperature differential for fan re-start.
| | Example: FDT = -1, FDH=3. In this case, after the compressor has stopped, the fans are OFF whenTe > Ta – 1 (FDT), whereas the fans are ON when Te < Ta – 4 (FDT-FDH).
FT1| 0…180sec| Fan stop delay after compressor/heater stop. See Fig. 2
FT2| 0…180| Timed fan stop in x10 seconds. With FT2=0 the fans remain on all the time.
FT3| 0…180| Timed fan run in x10 seconds. With FT3=0, and FT2 > 0, the fans remain off all the time.
ATM| NON; ABS; REL| Alarm threshold management.
NON : all temperature alarms are inhibited (the following parameter will be ACC).
ABS : the values programmed in ALA and AHA represent the real alarm thresholds.
REL : the alarm threshold is obtained by the sum of setpoint, thermostat differential and ALR/ AHR.
ALA| -58… 180°| Low temperature alarm threshold.
AHA| -58… 180°| High temperature alarm threshold.
ALR| -12… 0°| Low temperature alarm differential. With ALR=0 the low temperature alarm is excluded.
AHR| 0… 12°| High temperature alarm differential. With AHR=0 the high temperature alarm is excluded.
ATI| T1; T2; T3| Probe used for temperature alarm detection.
ATD| 0… 120 min| Delay before alarm temperature warning.
ACC| 0…52 weeks| Condenser periodic cleaning. When the compressor operation time, expressed in weeks, matches the ACC value programmed, “CL” flashes in the display. With ACC=0 the condenser cleaning warning is disabled and CND disappears from Info Menu.
IISM| NON; MAN; ECO; DI| Switchover mode to second parameter set
NON : inhibition to use the second parameter group (the following parameter will be SB).
MAN : button switches the two parameter groups over.
ECO : automatic switchover to the second parameter group, when ECO conditions are detected.
DI : switchover to the second parameter group when DIx input is on.
IISL| -58… IISH| Minimum limit for IISP setting.
IISH| IISL… 180°| Maximum limit for IISP setting.
IISP| IISL… IISH| Setpoint in mode 2.
IIH0| 1… 10°| Thermostat OFF->ON differential in mode 2.
PAR| RANGE| DESCRIPTION
---|---|---
IIH1| 0… 10°| Thermostat ON->OFF differential in mode 2.
IIDF| 0…250| Time interval among defrosts in mode 2 in x10 minutes.
IIFC| NON; TMP;TIM| Fan control in mode 2. See FCM.
| |
ECS| 1…5| Controller sensitivity for the automatic switchover from Group I to Group II (1=minimum, 5=maximum).
ECS| 1…5| Controller sensitivity for the automatic switchover.
EPT| 0…240 min| Eco pull-down time. Only with IISM=ECO. Group I parameters are used in regulation for at least EPT minutes. See Fig.3
SB| NO/YES| Stand-by button enabling.
DSM| NON; ALR; STP| Door switch input mode:
NON : door switch inhibited
ALR : when DIx=DOR and the digital input is on, an alarm is generated after ADO minutes
STP : when DIx=DOR and the digital input is on, in addition to the alarm, the fans are immediately stopped and the compressor is stopped after CSD minutes.
DAD| 0…30 min| Delay before door open alarm warning.
CSD| 0…30 min| Compressor/heater stop delay after door has been opened.
D1O| NON; DOR; ALR; IISM; RDS| DI1 digital input operation
NON : digital input 1 not active.
DOR : door input.
ALR : when the input is on, an alarm is generated (if AHM=STP, the compressor is stopped andthe defrosts are suspended).
IISM : when the input is on, the controller will use group 2 parameters.
RDS : when the input is on, a defrost is started (remote control).
D1A| OPN; CLS.| DI1 digital input activation.
OPN : on open
CLS : on close
D2O| See D1O| DI2 digital input operation. See D1O.
D2A| OPN; CLS.| DI2 digital input activation.
OPN : on open
CLS : on close
PSL| -58…158| Minimum setpoint adjusted via potentiometer.
PSR| 0…15| Range of setpoint adjusted via potentiometer.
LSM| NON; MAN; ECO; DI1; DI2;DI3.| Light control mode
NON : light output not controlled.
MAN : light output controlled through button (if OAx=LGT).
ECO : lights activated/deactivated following the ECO state.
DIx : lights activated/deactivated following the DIx state.
LSA| OPN; CLS| Light activation (only with LSM=ECO or LSM=DIx).
OPN : lights on with DIx open or ECO mode deactivated.
CLS : lights on with DIx closed or ECO mode activated.
OT1| 0…600 sec| Activation time of OA1
OT2| 0…600 sec| Pause between OA1 activation
PAR| RANGE| DESCRIPTION
---|---|---
OA1| NON; LGT; 0-1;2CU;2EU; ALO; ALC| AUX 1 output operationNON : output disabled (always off).LGT : output enabled for light control.0-1 : the relay contacts follow the on/standby state of controller. 2CU : output programmed for the control of an auxiliary compressor.2EU : output enabled for the control of the electrical defrost of a second evaporator.ALO : contacts open when an alarm condition occurs. ALC : contacts make when an alarm condition occurs.
2CD| 0…120 sec| Auxiliary compressor start delay. If OAx=2CU the auxiliary output is switched on with a delay of 2CD seconds after the main compressor has cut-in. Both compressors are turned off at the same time.
OS1| -12.5..12.5°| Probe T1 offset.
T2| NO/YES| Probe T2 enabling (evaporator).
OS2| -12.5..12.5°| Probe T2 offset.
T3| NON; DSP; CND; 2EU| Auxiliary probe T3 operation
NON : probe T3 not fitted.
DSP : temperature T3 to be displayed.
CND : condenser temperature measurement.
2EU : second evaporator temperature measurement.
OS3| -12.5..12.5°| Probe 3 offset.
AHM| NON; ALR; STP;| Operation in case of high condenser alarm
NON : high condenser alarm inhibited.
ALR : in case of alarm, “HC” flashes in the display and the buzzer is switched on.
STP : in addition to the alarm symbols displayed, the compressor is stopped and defrosts are suspended.
AHT| -50…110°| Condensation temperature alarm (referred to T3 probe).
TLD| 1…30 min| Delay for minimum temperature (TLO) and maximum temperature (THI) logging.
TDS| T1; 1-2; T3| Selects the temperature probe to be displayed.
T1 : probe
T1 1-2 : the AVG-weighted average between T1 and T2
T3 : probe T3
AVG| 0…100%| The relative weight of T2 on T1 (if TDS = 1-2)Example 1: T1 = -5°, T2 = -20°, AVG = 100%. The displayed temperature will be -20° (T1 has noeffect)Example 2: T1 = -5°, T2 = -20°, AVG = 60%. The displayed temperature will be -14.
SCL| 1°C;2°C;°F| Readout scale.
1°C : measuring range -50…110°C (0.1°C resolution within -9.9 ÷ 19.9°C interval, 1°C outside)
2°C : measuring range -50 … 110°C °
F : measuring range -55 … 180°F
SIM| 0…100| Display slowdown.
ADR| 1…255| TRL-002 address for PC communication.
NPR| 0…1| Setup programmed.
STT| 0…255| Setup traceability.

f – COMPONENTS AND WIRING DIAGRAM
Control Wiring Diagram:

Indications:

Thermostat output

Fan output

Defrost output

Activation of 2nd patameter set

Alarm

Manual activation / Increase button

Exit / Stand-by button

TROUBLESHOOTING GUID

a -TROUBLESHOOTING GUIDE

disconnected. b.Check control temperature setting.
Condensing unit operates for prolonged periods or continuously.| **** a.Are doors closing properly?b.Dirty condenser or filter. Clean properly.c.Evaporator coil iced. Needs to defrost. See instructions for setting a manual defrost cycle on section VI.c.
Food compartment is too warm.| **** a.Check door(s) and gasket(s) for proper sealb.Perhaps a large quantity of warm food has recently been added or the door was kept open for a long period of time, in both cases, allow adequate time for the cabinet to recover its normal operating temperature.c.Control setting too high, readjust per instructions on section VI.b.d.Check that condensing coil is clean.
Food compartment is too cold.| a.Perhaps a large quantity of very cold or frozen food has recently been added. Allow adequate time for the cabinet to recover its normal operating temperature.b.Adjust the control to a warmer setting, see section VI.b.
Condensation on the exterior surface.| a.Check door alignment and gaskets for proper seal. b.Condensation on the exterior surface of the unit is perfectlynormal during periods of high humidity.
Compressor hums but does not start.| **** a.Call for service.
No power to unit| a.Check if cord & plug has been disconnected. b.Check power supply breaker.

SERVICE/WARRANTY INFORMATION

a – SERVICE INFORMATION

Before calling for service, please check the following:

Is the electrical cord plugged in?

Is the fuse OK or circuit breaker on?

Is the condenser coil clean?

Is the power switch on?

If after checking the above items and the unit is still not operating properly, please contact an authorized Centerline by

Traulsen service agent: 4401 Blue Mound Road Fort Worth, TX 76106 800-825-8220.

Centerline by Traulsen reserves the right to change specifications or discontinue models without notice.

b – SPARE PARTS INFORMATION

To purchase replacement parts or to speak to service support for Centerline by Traulsen units please contact our Ft. Worth facility by phone at 800-825-8220 or fax to 817-740-6748 (parts) or 817-740-6757 (service).

Note: When calling for spare parts or service support, please make sure you have model and serial number of unit available.

c – WARRANTY REGISTRATION:

The warranties for your new Traulsen unit may be registered with us by by completing warranty information online, via our website www.CenterlineFoodEquipment.com. Click on the Product Registration text at the footer of the home page. You may also register your product by calling us directly at 800-825-8220.

4401 Blue Mound Road Fort Worth, Texas 76106 (USA)
Phone: 800.825.8220
Service Fax: 817.740.6757
E-mail: service@traulsen.com 
Website: centerlinefoodequipment.com

Form Number: TR36231
Part Number: 375-60363-00 (Rev. D)
Revision Date: 08-2023
Traulsen © All Rights Reserved

Read User Manual Online (PDF format)

Read User Manual Online (PDF format)  >>

Download This Manual (PDF format)

Download this manual  >>