Honeywell PCR-310 Bedienungsanleitung

PCR-310

PCR-410

with TR-310

Installation and

Operating Instructions

Electronic refrigeration control

with mains transformer

EB-PCR-05 EN1H-1923GE23 R1207

TABLE OF CONTENTS

11 Unpacking the unit and conditions of use 3

12 General instructions 3

13 Use and function 3

3.1 Use for the purpose intended 3

3.2 Function 4

14 Safety 5

4.1 Sources of danger 5

4.2 Safety precautions 5

15 Installation and commissioning 6

5.1 Mechanical installation 6

5.2 Electrical installation 7

5.3 Setting the dip switch for the emergency setpoint 8

16 Operation of the controller 9

6.1 Switching on the operating voltage 9

6.2 Display 9

6.3 Key functions 10

6.4 Adjusting the cold store temperature 11

6.5 Changing the cold store temperature difference, defrost cycle,

and alarm temperature 11

6.6 Manual defrosting 12

17 Programming 12

7.1 Input parameters and ranges 12

7.2 Sensor calibration (parameters E 15 and E 16) 14

18 Maintenance 15

19 Alarm messages 15

10 Problem solving 16

11 Conditions of warranty 16

12 Technical data 17

1 Unpacking the unit and conditions of use

Before and when unpacking the unit, make a visual inspection to

identify any possible damage which may have occurred during

transportation. Please look for loose parts, dents, scratches, etc.

Report any damage immediately to the freight company. (Please see

“Conditions if damage has occurred”.) In other cases, the latest edition

of the “General conditions for the supply of goods and services” issued

by the ZVEI (German Central Association for the Electrotechnical

Industry) shall apply.

Before disposing of the packaging, please check it for loose functional

parts and information leaflets.

So that we can process warranty claims, please give an exact

description of the defect (with a photograph, if appropriate) and state

the model designation of the unit.

Please keep these operating instructions at the place where the

equipment is used.

2 General instructions

Work on the electrical devices and switching equipment may only be

carried out by appropriately qualified personnel. The relevant safety

and environmental regulations must be followed.

FLICA equipment is free from PCBs, PCTs, asbestos, formaldehyde,

cadmium and water-repelling substances.

The design of the equipment has taken into account the Standards

EN 50081-1,2 (emitted interference), EN 50082-1 (immunity to

interference), EN 60335-1 (electrical safety),

IEC 695-2-1 to -2-3 (fire resistance, glow-wire test).

Safety tests in accordance with EN 60335-1 (DIN VDE 0700 T500) have

been performed in the factory on all equipment.

3 Use and function

3.1 Use for the purpose intended

IThis controller is designed to control ambient and media

temperatures in cold stores and refrigeration systems and to

control existing defrost equipment for one refrigeration circuit in

each case.

IThe controller must not be used as a safety cut-out device or excess

temperature limiter.

IThe controller should preferably be connected to the mains

transformer supplied with the unit. Where the power supply is

provided by the customer, the permissible voltage ranges must be

adhered to.

IThe mains transformer supplied with the equipment is only to be

used with the PCR-310 and PCR-410 controller.

If the controller and/or transformer are used for purposes

other than those stated here, it shall not be considered to be

use for the purpose intended.

IOnly connect sensors supplied with the unit. If a replacement

sensor is required, only use sensors of the same type (part no.

H61007).

IThe controller is not intended for use in vehicles because the

possible operating voltage ranges, interference level and

environmental operating conditions exceed the limits for which

the controller can be used.

IPlease take the application limits into account

(see Technical Data, Chapter 12).

3.2 Function

The PCR-310/-410 are microprocessor-controlled cold store controls for

refrigeration and deepfreeze systems with a “snap-in” installation

housing to fit in an aperture 28.5 x 70.5 mm and featuring:

ICompressor control (dependent upon cold store

temperature) with delayed start-up.

IEvaporator fan control

uFan either in combination with compressor or

uoperating continuously or

uswitched via the evaporator thermostat.

IDefrost control limited thermostatically, either for

electrical heating or hot-gas defrosting.

Defrosting is initiated via programmable intervals of time,

max. 24/day.

IOnly PCR-410 with alarm output with relay, closer contact.

A mains transformer supplied with the unit is provided as a power

supply.

4 Safety

4.1 Sources of danger

ICaution - Mains voltage!

INever expose the unit or transformer to water or moisture. Risk of

malfunction and short circuit. Only use the unit when it is adjusted

to normal ambient temperature (+15 to +30 °C). Extreme changes

in temperature in combination with high atmospheric humidity

may lead to the formation of condensed water.

IEven if the control-circuit voltage is switched off, high voltage may

still be applied to the unit. For this reason, isolate all electric

circuits before starting any service work.

INever expose the unit or transformer to excessive heat, dust and

vibrations. Avoid knocks and pressure loads. If the housing is

damaged, there is a risk of an electric shock causing death or injury.

IIf the unit cannot be operated without the risk of danger, it must

be taken out of service and precautions taken so that it cannot be

switched on again unintentionally.

This applies, in particular, if:

uThe housing has damage which is visible,

u the unit is no longer operational or

uit has been stored for a long time in unfavourable conditions.

IThe unit and transformer must not be opened. If the unit or

transformer is assumed defective, send it back to the dealer or

manufacturer with a precise description of the defect.

4.2 Safety precautions

IAll electromagnetic loads (solenoid valves, contactors, alarm horns,

motors) should be interference suppressed directly at the coil with

RC elements. Please note the maximum contact rating of the relays

and terminals.

If this is not observed, there is a risk that the contacts may pit or

stick, with the result that the refrigeration system will not operate

correctly and the refrigerated items may be damaged.

ISensor leads are to be routed separately from mains voltage wires:

the clearance should be at least 5 cm.

ISensor leads must not be routed in multiple cables with other leads

carrying mains voltage, otherwise the system may malfunction.

ITighten the terminals carefully; excessive strain will result in

damage to the controller or transformer.

5 Installation and commissioning

5.1 Mechanical installation

I“Snap-in” housing:

Fit the unit in an aperture 28.5 x 70.5 mm and secure it with the

relevant mounting frame

a) housings with terminal box cover plate

(max. thickness 22 mm):

b) housings without terminal box cover plate

(max. wall thickness 18 mm):

For walls thicker than 10 mm: remove side plastic spacers from the

mounting frame.

For the final fixing at the unit side screws have to be tightened

carefully.

Sensor:

IUse a cable clamp to secure sensor T1 in a suitable position.

ISecure evaporator sensor T2 in the evaporator fin core at the point

where it is suspected icing is the greatest. It is advisable to use a

point in the lower third of the finned evaporator.

Mains transformer:

IFit onto back panel of electrics cabinet using the side mounting

holes and screws with a max. diameter of 3.5 mm.

5.2 Electrical installation

☛CAUTION: The mains voltage and system frequency must be the

same as the nominal values on the device’s rating plate.

Work on electrical systems must be performed by qualified

personnel. Relevant local safety regulations must be observed.

Wiring diagram;

Mains transformer:

Terminal: Description:

1 – 2 230 V AC = Mains voltage supply, input

3 – 4 12 V AC = Low voltage, on terminal 8 – 9

of the controller.

☛Caution: It is preferable to connect the controller to the mains

transformer supplied.

If the power supply is provided by the customer, the permissible

voltage ranges are to be adhered to.

The voltage supply may be either smoothed direct voltage

(12 V DC +/- 10 %) (any polarity) or alternating voltage

(12 V AC +/- 10 % / 50 - 60 Hz).

Controller

Connection: Description:

1 – 2 V = Compressor contactor (cooling)

1 – 4 (PCR-410) Alarm = Remote alarm, indicator lamp

or contactor

1 – 5 Ev = Evaporator fan (contactor)

8 – 9 12V AC/DC = Power supply

10 – 11 T1 = Cold store sensor

10 – 12 T2 = Evaporator sensor

☛Instructions:

IThe total current via terminal 1 of the common relay connection

must not exceed 10 A.

IPay attention to the contact loading of the relay

(8 A resistive load, 2A inductive load). As a general rule, contactors

are recommended.

IThe maximum tested sensor cable length is 50 m, with a minimum

cross section of 2 x 0.75 mm2. Solder the extension cable to the

sensor cable to prevent contact resistances.

IIt is advisable to use shielded sensor extension cables.

All shields must be routed at the side of the controller to one

earth/protective potential. The extension cable shield must not be

connected on the sensor side, otherwise bonding currents may

occur via the shielding.

IThe controllers are designed respecting the highest degree of

immunity to interference. If the local interference level exceeds the

immunity data might get lost (AL1 in display) and the controllers

switches to the preprogrammed setting values. This is not a

mulfunction of the controller. In such cases the means to suppress

interference have to be improved (RC-elements, shielded lines).

5.3 Setting the DIP switch for the emergency setpoint

The DIP switch is at the side of the controller.

ISelection of the emergency setpoint value for the cold store

temperature:

This will be activated if the data in the memory is lost and if alarm

AL1 is activated. This sets all program parameters to the preset

value. The cold store temperature setpoint can be preset to +4 °C

or –18 °C, as desired. This ensures that chilling systems with

temperatures above zero do not freeze and deepfreeze

installations do not thaw.

DIP switch 1, Pos.: off: Setpoint value at +4 °C for emergency

operation. Advisable for chilled storage

(= Preset value).

DIP switch 1, Pos.: on: Setpoint value at –18 °C for emergency

operation. Advisable for deepfreezers.

6 Operation of the controller

Front view of controller:

6.1 Switching on the operating voltage

The controller is started by means of a control switch provided by the

customer.

The first time the controller is started, pre-programmed setting values

are used which at a later point can be adapted for individual

requirements.

If alarm “AL 2” (temperature in refrigerated chamber too high

or too low) is displayed when the controller is switched on, this

can be cleared by pressing the key.

6.2 Display

During normal operation the current cold store temperature is

displayed. It is measured with cold store sensor T1.

In the event of an alarm, the most recent alarm message

(e.g. AL1) and the cold store temperature are displayed alternately.

Three spot indicators show the switching status of the relays during

operation:

Pos. 1: On : Compressor relay on.

Off: Compressor relay off.

Flashes: Compressor start-up

delay E05 active.

Pos. 2: On : Evaporator fan relay on.

Off: Evaporator fan relay off.

Pos. 3: On: Defrost relay on.

Off: Defrost realy off.

Flashes: Drain time E09 is running.

6.3 Key functions

☛Never operate the keys with sharp objects

(screwdriver or similar).

Display of setpoint Press and hold down key.

temperature:

Clear alarm Press key.

messages: (If the sonsor is faulty, switch mains

voltage ON/OFF).

Evaporator Press and keys in

temperature sequence and hold both down.

display:

Manual Press key for 5 seconds.

defrost initiation:

Display of time Press and keys in

until the next sequence and hold both down.

defrost: (Display in hours and minutes).

Display limit value Press key.

for excess

temperature alarm:

(cold store sensor T1)

IChange input values by using the and keys with the

key pressed down.

IInput parameters, e.g. the differential, are indicated by “E” and a

2-digit number, e.g. “E01”.

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