Hitachi Highly WHP07600PSDPC9KQ User manual

HitachiHighly
Rollkolbenverdichter
Rotary Compressors
Spezifikation
Installation Manual
WHP07600PSDPC9KQ
RIES GmbH, Rudolf-Diesel-Str. 10, D 64569 Nauheim, GERMANY
Phone: [phone], Fax: [phone], Email: [email protected], Website: www.ries-gmbh.de
R 290
30,7 cm3/rev
900 - 7200 min-1

CONTENTS
————— 1～4
WHP07600PSDPC9KQ SPECIFICATION
1. SCOPE
2.SPECIFICATION OF THE MODEL
3.THE PARAMETER OF MOTOR
4.CHARACTERISTICS
5.PARTS AND DRAWING LIST
—— 5～15
HEAT PUMP WATER HEATER COMPRESSOR CRITERIA
——————— 16
CHECK UPON DELIVERY
1. BASIS FOR CHECKING UPON DELIVERY
2. RULE FOR CHECKING UPON DELIVERY
——————————— 17～29
DRAWINGS
————— 30
SPECIFICATION REVISION RECORD

SUBJECT
M od el W HP0 76 00 PS DPC 9K Q SP ECI FI CA TI ON PAGE：1/30
1. SCOPE
This specification is applied to SHANGHAI HIGHLY Heat pump water heater
compressor.
2. SPECIFICATION OF THE MODEL
Item Spec
2.1 Model Type WHP07600PSDPC9KQ
2.2 Power source input to inverter Rated voltage / Rated frequency/Phase
380V/50Hz/3Ф
2.3 Output 1480W(@3600 min-1)
2.4 Application Heat pump water heater
2.5
Performance
Item Rated Condition
Rotational speed 3600 min-1
Nominal Heating Capacity 7475W
Motor input 1580W
Current 6.4A
COP(see*) 4.73
Evaporating temp. 7.2℃
Condensing temp. 54.4℃
Liquid temp. entering
expansion valve. 46.1℃
Return gas temp. 35℃
Ambient temp. 35℃
Wind speed 2m/s

SUBJECT
Model WHP07600PSDPC9KQ SPECIFICATION PAGE：2/30
*.COP= Heating capacity (W)
Motor input (W)
*.Rated Capacity and input are measured with HITACHI inverter circuit by secondary Refrigerant
calorimeter Methods of JIS B8606 by SHANGHAI HIGHLY Electrical Appliances Co., Ltd.
Allowable capacity should be more than 95% of the rated capacity and allowable input
should be less than 107% of rated motor input.
2.6 Refrigerant R290
2.7 Displacement 30.7ml /rev
2.8 Allowable frequency range 900～7200 min-1
2.9 Oil HAF68 840±20ml
2.10 Allowable amount of refrigerant
charge
Below 800g
2.11 Compressor cooling Forced air
2.12 Hermetic Terminal
2.13 Space volume of inner case 1500cm3
2.14 Compressor weight 17.5kg incl. Oil
2.15 Motor Type
Insulation class
Direct current brushless motor E class
2.16 19.9Hz/21.7Hz/24.5Hz
3. THE PARAMETER OF MOTOR
Item Spec参 数
explanation
3.1 Rotor Pole（Pole）4 ——
3.2 Rated Frequency Range（Hz）30-240
Electrical Frequency，Relating to
VDCmax of Inverter
3.3 Demagnetizing Current（A）54.01A Peak Current，at 120℃，-5%
Demagnetizing Rate

SUBJECT
SPECIFICATION
M od el W HP0 76 00 PS DPC 9K Q PAGE：3/30
2
Current 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
q5.44 5.39 5.34 5.29 5.24 5.18 5.12 5.06 5.00 4.95 4.89 4.83 4.78 4.72 4.66
d3.71 3.65 3.65 3.64 3.63 3.61 3.59 3.56 3.54 3.51 3.48 3.45 3.42 3.39 3.36
3
4. CHARACTERISTICS
4.1 Appearance
The surface of the compressor is painted to black, without obvious flaw ,impact scar, paint peel
off, rust and so on.
4.2. Indication
Compressor model type, manufacturing data are clearly indicated on the surface of compressor。
4.3. Residual moisture 150mg MAX
4.4. Residual impurities 90mg MAX
3.4 Inductance Ld（mH） Sheet 2 ——
3.5 Inductance Lq（mH）Sheet 2 ——
3.6 Stator coil resistance（20℃）（Ω）
0.502（20℃） line-to-line
3.7 Voltage Constant（Vrms/krpm）43.10V/krpm line-to-line
3.7 Torque Constant（N·m/Arms）0.69 Torque/Current
3.9 Inertia （Kg·m2）0.000666
3.10 Flux Φa（Wb）0.1702
φ(Per Phase，Peak)= 32 02f
E
π
×
3.11 Magnet Material NdFeB
Running effective value current（A）
3 4 5 6 7 8 9 10
Running torque（N.m）2.1 2.8 3.4 4.1 4.8 5.5 6.2 6.9

SUBJECT
SPECIFICATION
M od el W HP0 76 00 PS DPC 9K Q PAGE：4/30
5 PARTS AND DRAWING LIST
PARTS NAME QTY/SET DRAWING NO. REMARKS
Compressor 1 4CYCH**** Dimensioned sketch
Mounting
Parts
Rubber grommet
Bolt
Nut
3
--
--
4CYC00643
4CYC00700
M8
*
*
Electrical
Parts
T
hermostat
T
erminal cover
Gasket
Nut
Rubber washer
Sleeve
1
1
1
1
1
1
4CYC01036
4CYC00988
4CYC01047
3CYC00004
4CYC00174
4CYC01042
4CYC01272
1
2
3
Lead routing
Pressure guarantee
Chart
Oil level datum
Notes for rotational
speed change
Performance curse
Appendix
*. Out of supply, for reference.

H EA T PU MP WA TE R HEA TE R CO MPR ES SO R CRI TE RI A
PAGE：5/30
COMPRESSOR CRITERIA
1 Strictly observe the specification
The compressor should be used in specifications written in this “compressor specification” and
not be used in specifications outside it.. The main circuit must link up with fuse or breaker.
2 Source voltage
Specified inverter is linked up with compressor terminals . Applied voltage of this inverter should
be voltage specified in this “compressor specification”. Alternating voltage should never be applied
on terminals (for example：commercial alternating voltage of 1φ100V,200V,3φ200V).This is because
that if applied alternating current the direct current motor will demagnetize.
3 Operating voltage range
The compressor should be operated in the range of rated voltage ±10% , under standard condition
and overload condition of rated frequency (applied voltage to inverter).It must be satisfied
with item 5 ,6,7.
4 Operating temperatures and pressures
The operating temperatures and pressures of a compressor should be within the range shown in
the table 2 and graph 1.
5Oil Back and height of the oil level
The oil should be returned continuously to the compressor and the structure of the refrigerating
system should not make oil stay in the system. The oil level in compressor should be satisfied
with chart 2.If not keep the oil level, the shortage will occur, and influence the reliability of
the compressor.(please check the oil level in the compressor with the sight glass which supplied
form SHEC.

H EA T PU MP WA TE R HEA TE R CO MPR ES SO R CRI TE
RI A PAGE：6/30
The compressor should be continuously oiled back, and there should be no oil storage part in the refrigeration system
configuration. Also, the oil level in the compressor should meet the conditions in Figure 2. However, when a foam state
occurs and the liquid becomes foamy, this portion does not belong to the oil level. If the oil level is not met, the oil supply
to the sliding part will be insufficient, which will seriously affect the reliability. (It can be confirmed by a compressor with
a sight glass for observing the oil level).
Thereshouldbe superheated gas returned to thecompressorunderall normal operatingconditions.
Table 2
Item Operating Envelope
Discharge pressure
MPa
3.13 {30.91}MAX
（condensing temperature :80℃）
（see graph 1）
Suction Pressure
MPa
0.168~0.95 {0.69~8.67}
(Evaporation Temperature ：-30℃~25℃)
Compressor case
bottom temp
99℃or below and 6 degrees
higher than condensing
temperature
Motor winding temp R.Voltage±10%: 120℃ MAX
Accumulator temp Higher than outlet pipe of evaporator
Ambient temp Meet for the condition of above mentioned motor winding temp.

H EA T PU MP WA TE R HEA TE R CO MPR ES SO R CRI TE RI A
PAGE：7/30
Graph 1 图 1
P1 P2 P3 P4 P5 P6 P7 P8
Condensing temperature 70℃25℃10℃10℃65℃80℃80℃80℃
Evaporation Temperature 25℃25℃10℃-30℃-30℃-10℃-5℃15℃
6 Current limitation
Current peak among motor terminals（include instantaneous current peak）should be
below demagnetizing current in order to prevent magnet in motor from demagnetization.
7 Pressure difference between suction and discharge
In all allowable rotational speed range, the difference of pressure should be more than
0.39MPa{4kgf/cm2}. But if there is no problem of noise when assembled in air conditioner,
it can also below this value.

HEAT PUMP WATER HEATER COMPRESSOR CRITERIA
PAGE：8/30
8 Discharge pipe temperature
Discharge pipe temperature is measured at a distance 300mm from the surface of compressor
and should be less than 110℃. The tip of the thermocouple is fixed by soldering when
measuring discharge pipe temperature .Furthermore, soldering point is covered with urethane
foam to prevent the effect of wind.
9 Dust of compressor hermetic terminals
Compressor hermetic terminals should be mounted with specified cover in right way to prevent
dust entering, and should be used in direction which dust is hard to enter in.
10 Lead wire of compressor hermetic terminals
Measuring the temperature of hermetic terminals , lead wire should be resist to the temperature
and be clamped so as not in touch with the surface of compressor and pipe.
11 Start-stop frequency
The frequency should be less than 6 times per hour. Operating time from start to stop should
be more than 3 minutes. Stopping time should be more than 3minutes.
12 Rate of rotational speed change
The rate of compressor rotational speed (acceleration) should be less than 133min-1/s, But if
The variable range is below 120min-1, rate can also be less than 600min-1/s when rotational
speed is reduced to avoid temporary over-current.
13 Air and moisture in refrigerating system
The degree of vacuum in refrigerating system should be less than 20Pa (150×10－3mmHg) at
room temperature just before charging refrigerant. The quantity of water should be less
than 0.15ml.

H EA T PU MP WA TE R HEA TE R CO MPR ES SO R CRI TE RI A
PAGE：9/30
14 Impurities in refrigerating system
（1）The weight of residue on the inside surface of the heat exchanger and tube should be
less than 0.01g/m2. But metallic dust should not be permitted in the system. This value means
the weight of foreign residue collected by filer paper after washing inside surface of the
heat exchanger tubes with R-11.
（2）Prevent the impurities from entering into the enclosed unit system used R290. When the
impurities entered into the enclosed system, it will damage the moving mechanism parts and
result in the capillary depositing.
（3）Eliminate all system contaminants such as trichlorethylene, alkalies, soaps, oil, acids
& washing fluid used at machining heat exchanger and tubes.
15 Compressor vacuum operation
Compressor should never be operated while under vacuum. Otherwise, internal arcing can
cause damaging parts.
16 The compressor should be operated for more than 20 seconds within 15 minutes after charging
refrigerant into the system so proper lubrication results.
17 Liquid refrigerant return limitations
（1）Liquid refrigerant level in s-tank should be lower
than the top of s-pipe in s-tank.(see chart at right)
(2) There should not exist noise of the liquid refrigerant compression, current and vibrancy
increase. System can append the assistant stank or reduce the amount of refrigerant to
prevent from liquid refrigerant compression. Refrigerant system forbid liquid refrigerant
from flowing back compressor in any case. In normal condition the overheat gas refrigerant
should flow back compressor.

H EA T PU MP WA TE R HEA TE R CO MPR ES SO R CRI TE RI A
PAGE：10/30
18 Purge parts with dry nitrogen or dry air to remove remains in parts (dust, detergent, etc.)
before assembly of system. Time fur purging: over one second for pipe; over three seconds for
heat exchanger. Purging pressure: 0.9±0.1MpaG. Dew point of dry air: Below –20℃.
The motor winding temperature should be less than 149℃and hermetic terminal body
temperature should be less than 177℃in process of manufacturing.
19 Apply for vehicle
The compressor should not be used on moving equipment such as automobiles,trains,ships, etc.
20 Installation
The rotational axis of compressor should be kept vertical during operation. But in actual
application the axis incline must be within 5°at all directions during operation.
21 Pipe vibration
The displacement of the pipes, which connect from the compressor to other parts of the
refrigerate-or systems, should be less than 0.8mm(1/32”)when the compressor is operating at
allowable rotational speed range and voltage range of rated ±10%.
Displacement in excess of 0.8mm(1/32”) will require changing tube length and/or routing.
22 Connecting tube design
In designing and routing tubing that connect from the comprssor to the other parts of the air
conditioner, following should be considered.

H EA T PU MP WA TE R HEA TE R CO MPR ES SO R CRI TE
RI A PAGE：11/30
Moving tubes to the moving parts; minimum clearance 12.7mm(1/2”)
Moving tubes to non-moving parts; minimum clearance 9.5mm((3/8”)
Moving tubes never touch to lead wire.
23 Avoid refrigerant migration
The refrigerant migration to compressor shell should be avoided during the heat pump water heater
system shut down periods, It’s suggested that the electric heating belt should be used around
the shell bottom when necessary.
24 Miscellany
（1）The compressor should be carried carefully to avoid drop, drag ,impact and should not apply
partial force on projection parts such as pipe, hermetic terminals, foot during carrying
and processing.
（2）The compressor should not be operated to form a vacuum and to absorb air. The compressor
only can run in one direction which according to lead routing wiring diagram. Never
reversion otherwise thecompressor will be in trouble.
（3）The compressor should not be left opened in the atmosphere for more than 5 minutes.
When the air entered into the unit system with refrigerant R290, it will expedite the
deterioration of the oil and result in the capillary depositing and the reducing of
insulation resistance.
（4）Electric pulse should not be applied to compressor when it is in vacuum.
（5）The compressor should be kept in the place with low-dust, low-moisture.

H EA T PU MP WA TE R HEA TE R CO MPR ES SO R CRI TE RI A
PAGE：12/30
（6）The compressor can’t be used in the place with corrosive atmosphere such as hot
spring and chemical warehouse. It should not be the structure often splash water on the
surface of the compressor forcibly.
（7） The trouble of cross valve, electromagnetic valve, defroster, refrigerant controller,
fan motor used in refrigerating system may cause compressor accident .So their reliability
should be ensured completely. Moreover, the way of design, manufacture, application of
refrigeration cycle with less-leak should be adopted.
（8）The main electric circuit should be equipped with fuse or breaker.
（9）Refrigerant should be charged from the end of condenser of refrigerating systems. Never
Charge refrigerant to the compressor directly.
The refrigerant should always be charged in liquid state. When the refrigerant is charged
in gas state. The percent component will possibly be changed.
(10) Temperatures within systems during stable compressor operation should not be less
than -35℃ to prevent wax precipitation from the oil.
(11) The units of refrigerating system should be connected to earth.
（12）Compressor mounting
Rubber grommets are designed soft to provide the noise isolation and to lessen vibration
Energy transmission. Stud bolt should be designed to provide sufficient clearance for
noise andvibration isolation and to prevent compressor from coming off its mount.
(13) There should be adequate clearance between the under－surface of Push-Nut and the
upper surface of rubber grommets.

H EA T PU MP WA TE R HEA TE R CO MPR ES SO R CRI TE RI A
PAGE：13/30
(14) SHEC will not take any responsibility against accident that is caused by the accessories
equipped by yourselves.
(15) The hermetic terminals of compressor should not be inserted slantingly and not be
applied twisting force after inserting so as to avoid reducing of terminal fixed force.
(16) The pipe and hermetic pens attached to the compressor should not be bent.
(17) The dropped compressor can’t be used anymore.
(18) Compressor can be used when ambient temperature is higher than -10℃. Confirm the start-up
of compressor if the temperature of compressor surface isbelow -10℃. Heat up compressor to
reach the temperature higher than-10℃with heater if the ambient temperature is below -10℃.
(19) Set a thermistor on the case cover of compressor to prevent from accident of leakage of refrigerant.
The thermistor can stop the operation of compressor when compressor in abnormal temperature.
The lead wires of thermostat is enveloped with tube, as same as that of the terminals, to
avoid directcontact with the compressor and pipe.
(20) The compressor should not be splashed with water intentionally. Prevent moisture from
entering into the enclosed unit system. When the moisture entered into the unit of
the refrigerant R290, the refrigerant oil and the organic compound material presented
in the hermetic motor will possibly decompose on the affecting of water. It will result
in the capillary depositing and the reducing of insulation resistance.

H EA T PU MP WA TE R HEA TE R CO MPR ES SO R CRI TE RI A PAGE：14/30
It is necessary to install a dryer to dehumidify the residual moisture mixed in the
refrigerant in the cycling system. The specially defined molecular-sieve dryer is
advised.
(21) Use the refrigerant of specified brand. When the refrigerant not specified used, it will
possibly cause trouble of the performance and reliability of the compressor by the
impurities in the refrigerant.
(22) The lead wires should be connected to hermetic terminals without being touched on the
surface of the compressor.
(23) Be careful of avoiding oxide scale while soldering during assembly of refrigerating
system.
(for example: flow or fulfill dry nitrogen)
(24) The quantity and kind of contamination (the process materials) in the cycle
should
be grasped and managed. Carry on reliability test that input contamination a lot than
anticipated contamination quantity.
(25) To avoid water and impurity into he refrigeration system and make sure no leakage of
refrigerant during the operating course. It’s required to direct the erector and
maintenance man of air-conditioner.
(26) The start-up current and torsion of compressor
Adjust the start-up current of the compressor to get enough torsion by inverter. Confirm
and measure the start-up current if change the parts and design.

H EA T PU MP WA TE R HEA TE R CO MPR ES SO R CRI TE RI A PAGE：15/30
（27）The fuse or/and breaker should be equipped in the main circuit.
(28) The thickness of the refrigerating system using tube
the tube thickness as followed
external diameter(mm) 6.35 6.35～11.0 11.0～13.0 13.0～15.0 15.0～19.0
Thickness
0.5 0.5 0.6 0.6 0.8

C he ck u pon D el iv ery
PAGE：16/30
1. Basis for Checking upon Delivery
The Performance test will be carried out in accordance with this “compressor Specification”.
The Safety Performance in accordance with GB4706.1 Safety of household and similar electrical
appliances General requirements and GB 4706.17 Safety of household and similar electrical
appliances Particular requirements for motor-compressor.
2. Rule for Checking upon Delivery
If come across any quality problem, please notify the company in written form within 30 days
after the arrival of the cargo, the company shall exchange exactly the number of the products,
otherwise they shall be regarded as being up to standard.

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