Osby Parca EL 360 Eco User manual

EN 04/06/2018
IMPORTANT
READ CAREFULLY BEFORE USE
SAVE FOR FUTURE REFERENCE
EL160, EL360 & EL500 Eco
– A new generation of electric boilers with touchscreen and
a new design
Installation and Operating Instructions
Osby Parca Tel. no.: [phone] | [email protected] | www.osbyparca.se | Box 93, 283 22 Osby, SWEDEN
The Professional’s Choice Since 1935
MADE IN
SWEDEN

Table of Contents
Important to keep in mind! ______________________ 6
Safety Instructions _____________________________ 6
Recycling _____________________________________ 6
1. Installation_________________________________ 7
1.1 Installation – HVAC __________________________ 7
1.1.1 Water Quality / Boiler Water __________________ 7
1.1.2 Glycol in boiler water________________________ 7
1.1.3 Built-in safety system (factory-fitted) ___________ 7
2. Overheating protection & Emergency operation8
2.1 Overheating protection (Thermal cut-off) ________ 8
2.2 Circuit breaker (72-498 kW) ___________________ 8
2.3 Emergency operation ________________________ 8
1.2 Installation – Electrical _______________________ 8
1.2.1 Re-tightening the power cable connections ____ 8
1.3 Installation – Ventilation _______________________ 8
1.4 Installation with external control (eg heat pump) __ 8
3. Servicing _________________________________ 10
3.1 Re-tightening the power cable connections_____ 10
3.1.1 Re-tightening performed____________________ 10
3.2 Replacing the air filter _______________________ 10
3.3 Safety valve function test ____________________ 10
4. Technical Data ____________________________ 14
4.1 Technical data EL 160 Eco, 69-156 kW ________ 14
4.1.1 Design data – EL 160 Eco __________________ 14
4.1.2 Pressure drop / Water resistance EL 160 Eco __ 14
4.1.3 Dimensions & Connections EL 160 Eco S _____ 15
4.1.4 Power steps EL 160 Eco ___________________ 16
4.2 Technical data EL 360 & EL 500 Eco __________ 18
4.2.1 Design data – EL 360 & EL 500 Eco__________ 18
4.2.2 Pressure drop/Water resistance EL360 & 500 Eco18
4.2.3 Dimensions & Connections EL 360 & 500 Eco S19
4.2.4 Power steps EL 360 Eco ___________________ 20
4.2.5 Power steps EL 500 Eco ___________________ 22
4.2.6 Example of power limitation _________________ 23
5. Built-in Safety System _____________________ 24
5.1 Design____________________________________ 25
5.2 General ___________________________________ 25
5.3 Safety valve 1______________________________ 25
5.4 Max. pressure switch PZ+ 2__________________ 25
5.5 Min. pressure switch PZ- 3___________________ 25
5.6 Max. thermostat TZ+ 4______________________ 25
6. Accessories ______________________________ 26
7. Control system ____________________________ 27
7.1 Factory-set values __________________________ 27
8. Menu overview ____________________________ 28
9. Detailed menu descriptions ________________ 34
9.1 Home screen ______________________________ 34
9.2 Description of icons_________________________ 34
9.3 Main menu ________________________________ 35
9.4 Alarm menu _______________________________ 35
9.4.1 Alarm description _________________________ 35
9.4.2 Operational information_____________________ 36
9.4.3 Saved operational info _____________________ 36
9.5 Advanced _________________________________ 36
9.6 Settings___________________________________ 37
9.7 Quick start ________________________________ 37
9.8 Time & Language __________________________ 37
9.8.1 Define system ____________________________ 38
9.8.2 Service __________________________________ 38
9.9 Write log to USB ___________________________ 39
9.10 Function Test ______________________________ 39
9.10.1 Update SW from USB ___________________ 40
9.10.2 Backup/reset settings from USB __________ 40
9.10.3 Reset highest boiler temperature __________ 40
9.10.4 Reset operating time calculator ___________ 40
9.10.5 Reset energy calculator __________________ 40
9.10.6 Reset history ___________________________ 40
9.10.7 Service timer ___________________________ 40
9.10.8 BMS Building Management automation ____ 41
9.10.9 BMS variables__________________________ 41
9.11 Outdoor Compensation – UTK _______________ 42
9.11.1 Heating curve ascension/inclination________ 43
9.11.2 Heating curve adjustment ________________ 43
9.11.3 Highest primary boiler temperature ________ 43
9.11.4 Lowest primary boiler temperature_________ 43
9.11.5 Reduced boiler temperature ______________ 43
9.12 Stage regulator ____________________________ 44
9.13 Deadband range ___________________________ 44
9.14 Delta T, deadband __________________________ 44
9.15 Current overload ___________________________ 45
9.16 Output control _____________________________ 45
9.17 Current limitation ___________________________ 45
9.18 Current sensors ____________________________ 45
9.19 Alarm messages ___________________________ 46
9.20 External power_____________________________ 46
10. Sensor resistors ___________________________ 47
11. Spare parts Eco series _____________________ 48
12. CE certificate _____________________________ 49
13. Appendices_______________________________ 52

4EL 160 Eco EL 360 Eco EL 500 Eco

5
EL 160 Eco EL 360 Eco EL 500 Eco
Congratulations on your new electric boiler
You have just purchased an Osby Parca electric boiler which we hope you will be completely satisfied with. On the following
pages, you can read about how to take care of your electric boiler.
Save this user manual with installation and care instructions. Your Osby Parca electric boiler will bring you joy for many years,
and all the information and initial assistance you need can be found herein.
To ensure a long and fulfilling relationship with your electric boiler, you should sign a servicing contract with your installer.
This will enable the electric boiler to function in good condition for a long time. It will then produce the heat you need – at the
lowest total cost – for many years to come.
Technical Support contact info:
Enertech AB, Osby Parca div
Tel. no.: [phone] | [email protected]
www.osbyparca.se
Box 93 | 283 22 Osby
SWEDEN
Note:
Fill in the information below. This information is valuable if servicing is required.
Product: Manufacturer no.:
Product: Manufacturer no.:
Installation company Tel. no.:
Date Name
Electrical contractor: Tel. no.:
Date Name
Servicing and Warranty contact info:
Enertech AB, Osby Parca div
Tel. no.: [phone] | [email protected]
www.osbyparca.se
Box 93 | 283 22 Osby
SWEDEN

6EL 160 Eco EL 360 Eco EL 500 Eco
Important to keep in mind!
• Care of the boiler must be done according to the instructions.
• Any inspection of the boiler must be carried out by certified technicians who are trained to work with boilers,
associated equipment and accessories.
• Prior to any inspection activities being carried out, this user manual and other associated manuals and
documents applicable to the equipment must be read in full and understood.
It is of particular importance that the following points are adhered to upon delivery and installation:
• The product must be transported and stored in an upright position. When being moved, the product can be
placed flat for a short time only.
• Remove the packaging and, prior to installation, make sure the product has not been damaged during
transport. Report any shipping damage to the transporter.
• Place the product on a stable surface, preferably concrete.
If the product is to stand on a soft surface, support slabs must be placed under the feet.
• Remember that a servicing access area of at least 1.2 metres in front of the product is required.
• The product must not be sunk below floor level.
!
If these instructions
are not followed during
installation, operation
and maintenance,
Enertech's obligation
pertaining to the
applicable warranty
terms and conditions is
not binding.
Subject to any errors in writing and subject to change.
Safety Instructions
The following safety instructions must be taken into account when handling, installing and using the product:
• Turn off the safety switch before performing any work on the product.
• The product may not be rinsed with water.
• When handling the product with lifting eyes or similar, make sure that the lifting devices, eye bolts and other
parts are intact. Never stand or walk underneath a raised product.
• Never compromise safety by detaching or unscrewing covers, hoods or other parts.
• Never compromise safety by disconnecting safety equipment.
• Any work in the product's electrical system may only be carried out by a certified electrician.
Checking the safety valve:
- The safety valve for the boiler/system must be checked regularly. See chapter 3, Servicing.
This device is not designed to be used by persons (including children) with reduced physical, sensory or mental
abilities, or persons with a lack of experience and knowledge who have not received guidance or instruction on the
use of the device by a person responsible for their safety. Children must be supervised to ensure they do not play
with the device.
Recycling
• The packaging must be deposited at a recycling station or with the installation engineer for correct waste
management.
• At the end of the product’s life cycle, it must be recycled in a correct
way and be transported to a waste station or reseller offering a service
of that type. Disposing of the product as household waste is not
permitted.
• It is of great importance that the product's refrigerant, compressor oil
and electrical/electronic equipment are properly disposed of.

7
EL 160 Eco EL 360 Eco EL 500 Eco
1. Installation
1.1 Installation – HVAC
The boiler must be installed in accordance with current national regulations, as well as DHW system requirements.
In addition, the boiler is approved for zero flow but is designed for pump circulation.
To facilitate servicing, pipes and cabling must not be placed over the boiler or attached to the boiler's rear top cover. The
distance between the boiler top and the ceiling should not be less than 900 mm.
The Swedish Electrical Safety Board recommends that an area of 1,200 mm in front of the boiler be kept free.
The smaller boiler (up to 50 kW), should always be installed on a 500 mm tall floor stand (accessory) or on a plinth.
1.1.1 Water Quality / Boiler Water
The following requirements apply:
• Boiler water must not contain salt and lime concentrations at levels that may damage the boiler and increase the risk of
limescale build-up.
• Water hardness must not exceed 10 dH.
• The pH-value of the water must not be too low (min. 7).
• The water must not contain sludge or any other contaminants.
• Requirements regarding water quality must always be met. Good water increases the service life of the boiler.
1.1.2 Glycol in boiler water
It's not uncommon to want to mix glycol into the boiler water.
However, the addition of glycol reduces the output or, alternatively, increases the throughput in the boiler.
There are different types of glycol but, as a rule of thumb, the following changes will occur:
• A 25 % glycol mixture reduces output by approx. 10 %.
• A 35 % glycol mixture reduces output by approx. 15 %.
• A 50 % glycol mixture reduces output by approx. 30 %.
The values above should be considered guidelines and should not be taken at face value.
1.1.3 Built-in safety system (factory-fitted)
See chapter 5.
Since the boiler to be installed has a built-in safety system, recommendations regarding the safety valve's outlet flow must be
followed. The outlet flow from the safety valve should have a pressure drop of less than 10 % of the opening pressure, and
should discharge safely.
• Min. Pressure switch PZ- Factory-set at approx.: 0.25 bar
• Max. Pressure switch PZ+ Factory-set lower than the safety valve's opening pressure
These settings must be reviewed by the installer and adjusted for the actual system. Refer to the brief description below and the
Appendix: Pressure Switch Function Description
Xs Xs
1
2
Xs
3
Typ
~ Xsd [bar]
min. max.
DSB140 0.25 0.75
STOP = Xsd max
^
1 h = 1/5 6 Xsd
2 h = 2/5 6 Xsd
3 h = 3/5 6 Xsd
4 h = 4/5 6 Xsd
> 5 h = 6 Xsd min.
6 Xsd = Xsd max. - Xsd min.
Xsd min
Note: In the std boiler, the pressure switch connection is plugged. Nothing must be mounted there. Safety equipment must be
mounted externally. The electric boiler is CE-approved as a unit and must not be altered.
Basic adjustment; PZ+, PZ- Fine adjustment; PZ-

8EL 160 Eco EL 360 Eco EL 500 Eco
!
1.2 Installation – Electrical
Electrical installation must be carried out by a certified electrician, and must be performed in accordance with applicable
regulations, the local electricity supplier's regulations, and the National Electricity Association's regulations.
Connect 230 and 400 V according to the electrical circuit diagram. Electrical connections (up to 50 kW) can be made using
connection terminals, but for the best results, crimped cable shoes should be used. For connection to the boiler's power
supply (120-357 kW), connection terminals for 2 x 300 mm2CU/AL cables are available, as well as (294-498 kW) flag con-
nectors for 3 x 240 mm2crimping. Cabling or cables should not be placed over or attached to the boiler's rear top cover.
Power switch supplied with factory setting. Its response time should be adjusted after installed current for optimal release
time.
1.2.1 Re-tightening the power cable connections
When the boiler is put into operation, inspection and re-tightening of the power cable connections must be
carried out for the immersion heaters (on the top of the boiler), current strips and their bolted joints, fuse
holders, contactors, incoming phases - zero - earth, and other electrical connections. See chapter Servicing and
"Instruction for Re-tightening".
Inspection and re-tightening must then be carried out after 100 hours of operation, after 1 year and, thereafter, at intervals of
no more than 2 years. A signature is required in the table on page 10 to support any eventual warranty claim.
Work in the boiler's electrical system may only be performed by a certified electrician.
NOTE! The boiler's electrics must not be put into operation until the water system is full and the boiler has been bled.
1.3 Installation – Ventilation
The electric boiler must be placed in an area supplied with fresh air intake and of sufficient space, where the ambient temper-
ature does not exceed 25 °C and does not fall below 0 °C.
Requirements regarding ambient temperature must be strictly adhered to, as these are functional prerequisites for the electric
boiler's internal ventilation/cooling.
1.4 Installation with external control (eg heat pump)
When the electric boiler is to be controlled from an external unit, connection must be done according to the electrical dia-
gram. Setpoint in - terminal X2, terminal number 39-40.
The control system defines how to control the boiler, external control, external control input. See chapter 9.8.1.
2.1 Overheating protection (Thermal cut-off)
The boiler is equipped with a thermal cut-off (Max. thermostat - Tz), which has been set to 105 °C and interrupts the control
circuit voltage to the boiler's contactors. The thermal cut-off remains in the interrupted position after overheating.
Reset is performed by pressing in the centre button behind the protective cover. This resets the alarm in the alarm menu.
To reset the circuit breaker, the max. thermostat (Tz) must be reset.
2.2 Circuit breaker (72-498 kW)
An auxiliary contact interlocks the control circuit when the circuit breaker is triggered.
The circuit breaker cannot be switched on until the triggered safeguard is reset. (See image on following page).
2.3 Emergency operation
The emergency operation thermostat (Tc) is a 3-pole thermostat.
This thermostat is designed for emergency operation and should normally be set in the 0 position, i.e. the knob must be
turned anticlockwise until it stops.
When emergency operation is required, the emergency operation thermostat can be set to the desired primary flow
temperature.
Also refer to the boiler's “EMERGENCY OPERATION THERMOSTAT” wiring diagram.
The emergency operation function is only available with the 69-498 kW versions.
2. Overheating protection & Emergency operation

9
EL 160 Eco EL 360 Eco EL 500 Eco
Max. thermostat - Tz
Emergency thermostat - Tc
EL160 Eco S electric boiler with built-in safety system.
Circuit breaker
The circuit breaker will be at the yellow
mark during an interruption. To reset:
1. Down to OFF
2. Up to ON + Reset on the touchscreen.
!
1.
2.

10 EL 160 Eco EL 360 Eco EL 500 Eco
3. Servicing
The boiler's control system assists with keeping track of when servicing needs to be carried out. This can be set with the
touchscreen in the Service menu. Error messages are also displayed here, along with suggestions for how to rectify the error.
After remedial action, the boiler technician/service technician uses the boiler's 4-digit PIN code to perform a reset. The code
is issued once the warranty document has been registered.
3.1 Re-tightening the power cable connections
Inspection and re-tightening must be carried out after 100 hours of operation, after 1 year and, thereafter, at intervals of no
more than 2 years. A signature is required in the table below to support any eventual warranty claim. The control system's
service timer assists with keeping track of servicing intervals (provided the correct values have been set). Work in the boiler's
electrical system may only be performed by a certified electrician.
See the torque image on the next page. Sign the table.
3.1.1 Re-tightening performed
3.2 Replacing the air filter
For EL 160, 360, 500 Eco, the air filter must be replaced once per year. This may need to be done more frequently depend-
ing on the boiler room environment. The filter is replaced from the outside.
The article number can be found under the Spare Parts chapter in this manual.
3.3 Safety valve function test
For safe operation and functionality, a function test should be carried out at least once per year. Turn the plastic cap (pressure
relief valve) until the valve opens. The seal wire is usually of the correct length and does not need to be cut.
Company Date Signature

11
EL 160 Eco EL 360 Eco EL 500 Eco
Instructions for re-tightening
Osby Parca EL 160 Eco
1. 8 Nm
2. 8 Nm
3. 13.5 Nm
6. 2,8 Nm
7. 2,8 Nm
8-9. Contactors:
AF52 = 4 Nm
AF38 = 2.5 Nm
AF26 = 2.5 Nm
AF12 = 1.5 Nm
AF09 = 1.5 Nm
10. 2 Nm
11. 0.8 Nm 12. Immersion heaters 1.8 Nm
4. 4.4 Nm
5. 2.7 Nm

12 EL 160 Eco EL 360 Eco EL 500 Eco
Instructions for re-tightening
Osby Parca EL 360 Eco
11. 2 Nm
14. Immersion heaters 1,8 Nm
13. 0,8 Nm
1. 43 Nm
2. 9 Nm
3. 7 Nm (4x3)
4-5. Contactor
AF26 (400V) = 2,5 Nm
AF38 (230V) = 2,5 Nm
9-10. Contactores:
AF52 = 4 Nm
AF38 = 2,5 Nm
AF26 = 2,5 Nm
6-7. Contactores:
AF52 = 4 Nm
8. Fuses = 4 Nm
1. Press fuse
2. Remove cover
12. 50-95 mm2= 20 Nm
120-300 mm2= 45 Nm

13
EL 160 Eco EL 360 Eco EL 500 Eco
Instructions for re-tightening
Osby Parca EL 500 Eco
Photo re-tightening
EL 500 Eco

14 EL 160 Eco EL 360 Eco EL 500 Eco
Design pressure 4.0 bar
Testing pressure 5.7 bar
Design temperature 110 °C
Maximum operating temperature 100 °C
Boiler water volume 110 litres
Protection class IP21
4. Technical Data
4.1 Technical data EL 160 Eco, 69-156 kW
4.1.1 Design data – EL 160 Eco
4.1.2 Pressure drop / Water resistance EL 160 Eco
Art. No. Output Power steps Voltage Current Main
fuse Cable area
Weight
(excl.
water)
Std S kW kW Quantity V A A Cu mm² Al mm² kg
7700130 -01 -31 72 9 7 400 V 104 125 50 95 160
7700130 -02 -32 93 9 9 400 V 134 160 70 95 160
7700130 -03 -33 114 9 11 400 V 164 200 95 150 170
7700130 -04 -34 135 9 13 400 V 195 200 95 150 170
7700130 -05 -35 156 9 15 400 V 225 250 150 240 170

15
EL 160 Eco EL 360 Eco EL 500 Eco
752
638
736
92
1322
()
1470
130
149
1708
490
1390
1563
min
1070
140° 140°
887
1070
3.
3.
2.
1.
6.
5.
4.
To facilitate immersion heater replacement, pipes and cabling
must not be placed over the boiler or attached to the boiler's
rear top cover. The distance between the boiler top and the
ceiling should not be less than 900 mm.
4.1.3 Dimensions & Connections EL 160 Eco S
(safety valve being discontinued on std versions)
1. Supply flow DN100 (welding conn)
2. Return flow DN100 (welding conn)
3. Drainage R1” ext.
4. Connection slot 4 x PG11
5. Flange opening 2 pc. FL-21
6. Safety valve 6 bar DN 25/32 (Only in S)
Minimum distance of 900 mm between boiler
top and inner ceiling.
Separate power supply 230 V 1 ~ required
for operating voltage.
Pipe connections do not have the same loca-
tion as previous Parca EL 350/500.

16 EL 160 Eco EL 360 Eco EL 500 Eco
4.1.4 Power steps EL 160 Eco
7700130-01/31
Kw 921 21 21
R 1 R 2 R 3 R 4 R 5 CURRENT
Step %kW
K1 K2 K3 K4
A
113% 9 1 0 0 0 13
229% 21 0100 30
342% 30 1100 43
458% 42 0110 61
571% 51 1 1 1 0 74
688% 63 0 1 1 1 91
7100% 72 1 1 1 1 104
7700130-02/32
Kw 921 21 21 21
R 1 R 2 R 3 R 4 R 5 CURRENT
Step %kW
K1 K2 K3 K4 K5
A
110% 9 1 0 0 0 0 13
223% 21 0100030
332% 30 1100043
445% 42 0110061
555% 51 1110074
668% 63 0111091
777% 72 11110104
890% 84 01111121
9100% 93 11111134
7700130-03/33
Kw 921 21 21 42
R 1 R 2 R 3 R 4 R 5 CURRENT
Step %kW
K1 K2 K3 K4 K5
A
18% 9 1 0 0 0 0 13
218% 21 0100030
326% 30 1100043
437% 42 0000161
545% 51 1000174
655% 63 0111091
763% 72 11110104
874% 84 00111121
982% 93 10111134
10 92% 105 01111152
11 100% 114 11111165
400 V 3-phase
El 160 Eco 72 kW
El 160 Eco 114 kW
400 V 3-phase
El 160 Eco 93 kW
400 V 3-phase

17
EL 160 Eco EL 360 Eco EL 500 Eco
7700130-04/34
Kw 921 21 42 42
R 1 R 2 R 3 R 4 R 5 CURRENT
Step %kW
K1 K2 K3 K4 K5 A
17% 9 1 0 0 0 0 13
216% 21 0100030
322% 30 1100043
431% 42 0110061
538% 51 1110074
647% 63 0011091
753% 72 10110104
862% 84 00011121
969% 93 10011134
10 78% 105 01011152
11 84% 114 11011165
12 93% 126 01111182
13 100% 135 11111195
7700130-05/35
Kw 921 42 42 42
R 1 R 2 R 3 R 4 R 5 CURRENT
Step %kW
K1 K2 K3 K4 K5
A
16% 9 1 0 0 0 0 13
213% 21 0100030
319% 30 1100043
427% 42 0010061
533% 51 1010074
640% 63 0110091
746% 72 11100104
854% 84 00110121
960% 93 10110134
10 67% 105 01110152
11 73% 114 11110165
12 81% 126 00111182
13 87% 135 10111195
14 94% 147 01111212
15 100% 156 11111225
El 160 Eco 135 kW
400 V 3-phase
El 160 Eco 156 kW
400 V 3-phase

18 EL 160 Eco EL 360 Eco EL 500 Eco
4.2 Technical data EL 360 & EL 500 Eco
Art. No. Output First
step Step Voltage Current Main fuse Cable area Weight
(excl.water)
360 Eco Std S kW kW Qty V A A Cu mm² Al mm² kg
7700140 -01 -31 198 9 19 400 V 286 315 2x70 2x95 410
7700140 -02 -32 240 9 23 400 V 346 400 2x95 2x150 410
7700140 -03 -33 273 21 13 400 V 394 400 2x95 2x150 410
7700140 -04 -34 315 21 15 400 V 455 500 2x150 2x240 410
7700140 -05 -35 357 21 17 400 V 515 630 2x185 3x150 410
500 Eco
7700150 -01 -31 420 21 24 400 V 606 630 2x185 3x150 420
7700150 -02 -32 498 21 20 400 V 719 800 3x150 3x240 420
4.2.1 Design data – EL 360 & EL 500 Eco
Design pressure 6.0 bar
Testing pressure 8,6 bar
Design temperature 110 °C
Maximum operating temperature 100 °C
Boiler water volume 372 litres
Protection class IP21
4.2.2 Pressure drop/Water resistance EL360 & 500 Eco
Flow
Pressure drop kPa

19
EL 160 Eco EL 360 Eco EL 500 Eco
To facilitate immersion heater replacement, pipes and cabling
must not be placed over the boiler or attached to the boiler's
rear top cover. The distance between the boiler top and the
ceiling should not be less than 900 mm.
4.2.3 Dimensions & Connections EL 360 & 500 Eco S
(safety valve being discontinued on std versions)
3.
2.
1.
6.
5.
4.
1. Supply flow DN100 (welding conn)
2. Return flow DN100 (welding conn)
3. Drainage R1” ext.
4. Connection slot 4 x PG11
5. Flange opening 2 pc. FL-21
6. Safety valve 6 bar DN 25/32 (Only in S)
Minimum distance of 900 mm between boiler
top and inner ceiling.
Separate power supply 230 V 1 ~ required
for operating voltage.
Pipe connections do not have the same loca-
tion as previous Parca EL 350/500.

20 EL 160 Eco EL 360 Eco EL 500 Eco
4.2.4 Power steps EL 360 Eco
7700140-01/31
Kw 921 42 42 42 42
R 1 R 2 R 3 R 4 R 5 R 6 CURRENT
Step %kW
K1 K2 K3 K4 K5 K6 A
15% 910000013
211% 21 01000030
315% 30 11000043
421% 42 00100061
526% 51 10100074
632% 63 01100091
736% 72 111000104
842% 84 001100121
947% 93 101100134
10 53% 105 011100152
11 58% 114 111100165
12 64% 126 001110182
13 68% 135 101110195
14 74% 147 011110212
15 79% 156 111110225
16 85% 168 001111243
17 89% 177 101111256
18 95% 189 011111273
19 100% 198 111111286
7700140-02/32
Kw 921 42 84 84
R 1 R 2 R 3 R 4 R 5 R 6 CURRENT
Step %kW
K1 K2 K3 K4+K5 K6+K7 A
14% 9 1 0 0 0 0 13
29% 21 01000 30
313% 30 11000 43
418% 42 00100 61
521% 51 10100 74
626% 63 01100 91
730% 72 11100 104
835% 84 00010 121
939% 93 10010 134
10 44% 105 01010 152
11 53% 126 00110 182
12 56% 135 10110 195
13 61% 147 01110 212
14 65% 156 11110 225
15 70% 168 00011 243
16 74% 177 10011 256
17 79% 189 01011 273
18 88% 210 00111 303
19 91% 219 10111 316
20 96% 231 01111 334
21 100% 240 11111 347
400 V 3-phase
400 V 3-phase
El 360 Eco 240 kW
El 360 Eco 198 kW