INNHOLD

FRAME DESCRIPTIONS

26

New constant = 168 + (37,0-37,5)

·

10 = 163

By entering this new constant, all displayed values in this example will be increased by .5 °C over the entire temperature range.

The constant after A: is an amplifying factor and is normally not changeable for the user.

Program release

The number after P is a program release number only, and is not changeable.

FRAME 11, Deicing

Chosen by "

"

+ "

".

Default values

LIM: Deicing at temperatures below this limit only.

Example: 080 means 8.0°C.

Maximum limit is 19.9°C.

HRS: Hours between each deicing, maximum 199.

SEC: Deicing time, maximum 999 seconds, minimum 50 seconds.

Those values are strongly dependent on the working conditions.

Generally, working temperatures near zero, much water inside the cabinet and high ambient temperature increases the risk of ice build-up.

Ice build-up has a negative effect on the control accuracy.

At high risk of ice build-up, the time between each deicing can be reduced and/or the length of each deicing period may be increased.

The cooling machine stops during the deicing cycle and a small disturbance in the temperature may be seen.

A star on frame 1, lower line to the right, indicates that the deicing is, or just has been in process.

At master reset (frame 10) and after a battery error the default values will appear on this frame.

SPECIFICATIONS

SPECIFICATIONS

Temperature control

Temperature fluctuation/time

Temperature variation/interior

Readability/setability

Temperature range

Sensor

Controller

Display

Timer

Number of setpoints

Number of changes per cycle

Stop time, max number of hours

Ramping

Step per interval

Interval setable either or

Heating/cooling

Heating up time 0 -70°C

Cooling down time 70 - 0°C

Alarm

Display and acoustic

Alarm limit

Safety thermostats

Temperature fluctuation/time

Sensor

Setpoint

Shelves

Standard/max

Dimensions in mm

Load per shelf

Permitted total load

KBP 6087

+/÷ 0.1ºC

+/÷ 0.2ºC

0.1ºC

0 - 70ºC

Silicone

P + I

LCD

4

16

168

0.1ºC

0 - 999 min

0 - 999 sec

31 min

63 min

Yes

Setpoint +/÷ 2ºC

+/÷ 3ºC

Silicone

Analog

KBP 6151

+/÷ 0.1ºC

+/÷ 0.2ºC

0.1ºC

0 - 70ºC

Silicone

P + I

LCD

4

16

168

0.1ºC

0 - 999 min

0 - 999 sec

34 min

66 min

Yes

Setpoint +/÷ 2ºC

+/÷ 3ºC

Silicone

Analog

2/7

430 X 430

20 kg

80 kg

4/14

430 X 430

20 kg

80 kg

Feet

Feet adjustable

Movable an casters, 2 lockable

Power consumtion

Nominal power

Nominal voltage

Dimensions

Exterior mm

Interior mm

Volum litres

W, D, H w, d, h

Yes

1000W

230V, 50Hz, 1~

845, 615, 690

450, 450, 425

87

Yes

1000W

230V, 50Hz, 1~

845, 615, 1280

450, 450, 745

151

Weights

Net

Shipping

85 kg

100 kg, 612 dm3

110 kg

130 kg, 790 dm3

These technical data are specified for an empty cabinet and ambient temperature of 23

°C

27

KBP 6395

+/÷ 0.1ºC

+/÷ 0.3ºC

0.1ºC

0 - 70ºC

Silicone

P + I

LCD

4

16

168

0.1ºC

0 - 999 min

0 - 999 sec

64 min

128 min

Yes

Setpoint +/÷ 2ºC

+/÷ 3ºC

Silicone

Analog

4/22

577 X 577

30 kg

120 kg

Yes

1200W

230V, 50Hz, 1~

1025, 765, 1780

586, 600, 1123

395

190 kg

220 kg, 1870 dm3

COOLING SYSTEM

COOLING SYSTEM

28

KBP 6087/KBP 6151

1 Compressor type AZ 44124

2 Condensor type ZZ 0005

3 Condenser fan Olmo W 40/7

4 Filter-drier KMP

5 Cap. tube 0.8mm X 2000mm

6 Air cooler type 220008

7 Check valve 1/4'' flare

Charge: 160g R-134A

KBP 6395

1 Compressor type AZ 44194

2 Condensor type ZZ 0006

3 Condenser fan Olmo W 40/7

4 Filter-drier KMP

5 Cap. tube 0.8mm X 1800mm

6 Air cooler type ZZ 00009

7 Check valve 1/4'' flare

Charge: 220g R134A

LAYOUT AND COMPONENT LIST, DIGITAL PCB

LAYOUT AND COMPONENT LIST, DIGITAL PCB

29

R1

- 270

R2

- 5.6 K

R3

- 4.7 K

R4

68 K

R5

10 K

R6

1 K

R7

- 100 K

R8

10 K

R9

-

R10 -

R11 -

10 K

10 K

10 K

R12 - 110 K

R13 -

10 K

R14 -

51 K

R15 - 270

R16 - 270

R17 - 270

R18 -

10 K

R19 -

10 K

R20 - 4.7 M

R21 -

10 K

R22 - 9.1 K

R23 - 100 K

R24 - 1.2 K

R25 - *

R26 -

R27 -

R28 -

R29 - 200 K

R30 -

R31 -

51 K

27 K

3 K

1 K

22 K

**

* Op.amplifier offset compensation, normally open.

R32 - *

R33 - *

R34 -

22 K

R35 -

1 M

R36 -

10 K

R37 -

27 K

R38 - *

R39 -

3 K

R40 - *

R41 - 3.6 K

** Op.amplifier offset compensation, may also be open.

C1

- 4.7 µF, 63 V

C2

- 4.7 µF, 63 V

D1

- 1N6263

D2-3 - 1N4148

C3

- 0.1 µF, ceramic

D4-6 - MV5074C

C4

- 4.7 µF, 63 V

D7-9 - GL5PR8

C5

33 pF, ceramic

C6

33 pF, ceramic

Q1 - 2N4400

C7

1 µF, 63 V

Q2 - 2N4400

C8

- 0.1 µF, ceramic

Q3 - 2N4400

C9

1 µF, 63 V

Q4 - 2N4400

C10 - 0.1 µF, ceramic Q5 - 2N4400

C11 - 0.1 µF, ceramic Q6 - 2N4403

C12 - 4.7 µF, 63 V

A1

- KPE 242

C13 - 0.1 µF, ceramic S1-16 - JTP 1230B

IC1 - MC68HC705C8P - MICROCONTROLLER

IC2 - MC14443P

- A/D CONVERTER

IC3 - 93C46N

IC4 - MC3317P

- EEPROM

- OP. AMPLIFIER

IC5 - MC78L05ACP

IC6 - MC78L05ACP

IC7 - MC3317P

IC8 - MC3317P

- +5V REG.

- +5V REG.

- OP. AMPLIFIER

- OP. AMPLIFIER

P1

- CPT10.10K

P2

- 378.1K

P3

- 378.1K

Y1

- 4.194304 Mhz

TEMP CONTROL & SAFETY SCHEMATIC

TEMP CONTROL & SAFETY SCHEMATIC

30

LAYOUT AND COMPONENT LIST, POWER & I/O PCB

LAYOUT AND COMPONENT LIST, POWER & I/O PCB

31

R1

15

R2

15

R3

- 120

R4

- 120

R5

- 120

R6

- 820

R7

- 820

R8

- 820

R9

39

R10 -

51

R11 - 200

F1

- 500 mA

F2

- R110

C1 - 0.1 µF, PME271

C2 - 4.7 µF, 63 V

C3 - 470 µF, 16 V

C4 - 470 µF, 16 V

C5 - .01 µF, PME261

IC1 - DF04, RECTIFIER

IC2 - DF04, RECTIFIER

IC3 - MC7805CT,+5V REG.

IC4 - MOC 3041,TRIAC DR.

IC5 - MOC 3041,TRIAC DR.

IC6 - MOC 3041,TRIAC DR.

T1

- 230/12VAC

B1 - 3.6V 65MAH

K1 - RE030012

K2 - RE030012

V1 - SIOVS10K300

TC1- MAC 97A6

TC2- BTA 08 600A

TC3- BTA 08 600A

D1 - 1N6263

SENSORS - MTS 103

POWER & I/O SCEMATIC AND AC INTERCONNECTION

POWER & I/O SCEMATIC AND AC INTERCONNECTION

32

Notes

Notes

33

Notes

Notes

34

Dette blir baksiden på brosjyren!!!

Notes

35