low noise, high pressure variable displacement …1-1 a piston pumps low noise, high pressure...
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1-1A
Pist
on P
umps
Low noise, high pressure variable displacement piston pumps PH series
1 PH Series swash plate type variable displacement piston pump
PH56, PH80, PH100, PH130, PH170
2 Port thread specifications
M: metric (standard)
3 Delivery port specifications
Omit: “SAE J 518c” standard pressure
H: “SAE J 518c” high pressure
4, 5 Code for double pump
S: single pump
* Consult Tokyo Keiki for double pump configurations.
6 Pump mounting
Omit: flange mounting
F: foot mounting
7 Shaft end configuration
Y: long shaft w/SAE square key
8 Rotation (viewed from shaft end)
R: right rotation (clockwise)
L: left rotation (counter-clockwise)
9 Pump design no.
10 Pump control method
CH : pressure compensator control
CGH : remote pressure compensator control
CVH : load sensing
TL: torque limiter (low)
TH: torque limiter (high)
EDHS : electric direct control (flow, pressure)
11 Maximum displacement adjustment function
Omit: not provided
D: w/adjuster
12 Control valve design no.
102 3 4 5 9
PH100-M(*)S(*)(F)YR-21-CH-(D)-101186 71
● “Intermittent” refers to intermittent pressure which operable time is limited to 10% of operating cycle (max. 6 seconds). Consult Tokyo Keiki for working pressure above rated pressure. ● Rated pressure of electric direct control EDHS is 21 MPa. This pressure is limited by safety valve setting. ● Weight is for CH type (pressure compensator control). ● Consult Tokyo Keiki for specifications of pumps using water glycol fluids.
Specifications
Model Code
12
Model CodeMPa
Weightkg
PH170 170Rated 21Intermittent 22.5 95
6001800
Rated 28Intermittent 30
PH56PH80PH100PH130
5680100130
Maximum Displacement
cm3/rev
Working Pressure
Maximum Speed
Minimum Speed
min-1 min-1
39517095
The PH Series is a low-noise variable displacement piston pump with rated pressure of 28 MPa. This series was developed based on the low-noise P**V seris which has won high reputation from various customers. The PH Series also feature lower noise levels, and more compact size.
● Superior controllability: in addition to pressure compensator control, load sensing control, and electric direct control, torque limiter control is also offered.
A1-2
Pist
on P
umps
Pump control method (PH series)
Vent port
Pump Control Method
Name Code
CH
CGH
CVH
TL/TH
EDHS
D
PressureSetting pressure
Setting pressurePressure Remote control
Remote controlPressureSetting pressure
Pressure Remote control
Setting pressure
Pressure
Pressure Displacement adjustment symbol
Pressure compensator control
Remote pressure compensator control
Load sensing control
Torque limiter (low torque/high torque)
Electric direct control
Maximum displacement
adjustment function
Characteristics Curve Description Function Symbol (detailed)
Deliv
ery
Deliv
ery
Deliv
ery
Deliv
ery
Deliv
ery
Deliv
ery
• When pump delivery pressure approaches the compensator setting, pump delivery is automatically reduced to the minimum flow necessary to maintain the pressure.
• Pressure setting can be adjusted manually.
• Setting pressure of pressure compensator control can be set from a separate location with a remote control valve.
• Pressure compensator safety relief valve integrated. Pressure setting can be adjusted manually.
• Pump delivery automatically controlled to maintain constant differential pressure across flow control valve located downstream of pump. Energy-saving type pump control which supplies minimum flow and pressure necessary to drive load (actuator).
• Pressure compensator safety relief valve integrated. Pressure setting can be adjusted manually.
• Remote pressure compensator control possible with externally installed remote control valve.
• Pump delivery automatically controlled to match load capacity of the electric motor. Flow setting can be manually adjusted.
• Pressure compensator safety relief valve integrated. Pressure setting can be adjusted manually.
• Remote pressure compensator control possible with externally installed remote control valve.
• In flow control mode, pump delivery is controlled by flow control signal and as pump delivery pressure approaches the pressure setting signal, mode automatically switches to pressure control.
• Special controller necessary.• Pressure compensator safety relief
valve integrated. Pressure setting can be adjusted manually.
• Maximum displacement adjustment with adjustment screw on pump.
A vent port should be connected to the hydraulic circuit.
1-3A
Pist
on P
umps
調整限界
80
02210 200 48.
調整ねじの飛び出し量 Lmm
押しのけ容積
cm3/rev
70
60
50
40
30
20
10
PH80
.
10
40
50
60
0
80
70
90
100
2210 20
20
3025
0 35
調整ねじの飛び出し量 L
cm3/rev
押しのけ容積
mm
PH100
調整限界
Pump control method (PH series)
Pressure, efficiency, delivery, input power (1800 min-1) Pressure, noise characteristics (1 m from pump rear)
Characteristics Curve (at 20 mm2/s) (typical examples)
L
Nut Adjustment screw
Max displacement adjuster characteristics
1 2210 200
.
調整ねじの飛び出し量 Lmm
80
0
70
60
50
40
30
20
10
押しのけ容積
cm3/rev
PH56
135調整限界
Disp
lace
men
tcm
3 /rev
Disp
lace
men
tcm
3 /rev
Disp
lace
men
tcm
3 /rev
Adjuster length Lmm
Adjuster length Lmm Adjuster length L
mm
Adjustment limitAdjustment limit
Adjustment limit
10
20
50
60
0
80
70
90
100
110
120
130
2210 202
30
40325.
0
調整ねじの飛び出し量 Lmm
押しのけ容積
cm3/rev
PH130
調整限界 調整限界
0
調整ねじの飛び出し量 Lmm
cm3/rev
140150160170
3
30
68
PH170
1020
5060
0
8070
90100110120130
2210 20
40
押しのけ容積
Disp
lace
men
tcm
3 /rev
Adjuster length Lmm
Adjuster length Lmm
Adjustment limit Adjustment limit
Disp
lace
men
tcm
3 /rev
カットオフ軸入力
全効率
吐出量
0.
容積効率
3 5 .7 0 .10 5 .14 0
フルフロー軸入力
40
60
M aP
L/min
吐出圧力
吐出量
効率%
60
80
100
軸入力kW
.
PH56
30
90
120
60
40
20
17 5 .21 0 .24 5 28 0.0 .3 5 .7 0 .10 5 .14 0 .17 5 .21 0 .24 5 28 0.
dB(A)
騒音値
M aP吐出圧力
●1800 min-1
○1500 min-1
0
50
60
72
70
フルフロー時カットオフ時
PH56
Effic
ienc
y%
Deliv
ery
L/m
in
Shaf
t inp
utkW
Volume efficiencyOverall efficiency
Cutoff shaft input
Delivery pressure MPa
Delivery
Full flow shaft input
Nois
e le
vel
dB (A
)
Delivery pressure MPa
At full flowAt cutoff
A1-4
Pist
on P
umps
Pressure, efficiency, delivery, input power (1800 min-1) Pressure, noise characteristics (1 m from pump rear)
Characteristics Curve (at 20 mm2/s) (typical examples)
PH
. . . . .. . .
40
100
100
50
M aP
L/min
吐出圧力
吐出量
効率%
60
80
100
50
150
200
軸入力kW
容積効率全効率
吐出量
フルフロー軸入力
カットオフ軸入力
0 3 5 7 0 10 5 14 0 17 5 21 0 24 5 28 0
100 PH
.3 5 .7 0 .10 5 .14 0 .17 5 .21 0 .24 5 .28 00
50
60
70
dB(A)
騒音値
M aP
●1800 min-1 フルフロー時カットオフ時
吐出圧力
○1500 min-1
74100
PH
. . . . . ...3 5 7 0 10 5 14 0 17 5 21 0 24 5 28 0
M aP吐出圧力0
100
150
カットオフ軸入力
吐出量
40
kWL/min
全効率%
60
80
100
50
150
200
250
50
100
容積効率
フルフロー軸入力
130効率
吐出量
軸入力
PH
.3 5 .7 0 .10 5 .14 0 .17 5 .21 0 .24 5 .28 0
60
70
80
0
M aP
●1800 min-1 フルフロー時カットオフ時
吐出圧力
○1500 min-1
dB(A)
騒音値
130
PH
. . . . .. . .3 5 7 0 10 5 14 0 17 5 21 0 24 5 28 0
M aP
40
L/min
吐出圧力
吐出量
効率
容積効率全効率
%
80
0
120
160
60
80
100
吐出量
フルフロー軸入力
カットオフ軸入力
軸入力kW
20
40
60
80
80 PH
.3 5 .7 0 .10 5 .14 0 .17 5 .21 0 .24 5 .28 0
dB(A)
騒音値
M aP吐出圧力
●1800 min-1
○1500 min-1フルフロー時カットオフ時
0
50
60
72
70
80
Effic
ienc
y%
Effic
ienc
y%
Effic
ienc
y%
Deliv
ery
L/m
inDe
liver
yL/
min
Deliv
ery
L/m
in
Shaf
t inp
utkW
Shaf
t inp
utkW
Shaf
t inp
utkW
Volume efficiency
Volume efficiency
Volume efficiency
Overall efficiency
Overall efficiency
Overall efficiency
Cutoff shaft input
Cutoff shaft input
Cutoff shaft input
Delivery pressure MPa
Delivery pressure MPa
Delivery pressure MPa
Delivery
Delivery
Delivery
Full flow shaft input
Full flow shaft input
Full flow shaft in
put
Nois
e le
vel
dB (A
)No
ise
leve
ldB
(A)
Nois
e le
vel
dB (A
)
Delivery pressure MPa
Delivery pressure MPa
Delivery pressure MPa
At full flowAt cutoff
At full flowAt cutoff
At full flowAt cutoff
1-5A
Pist
on P
umps
Pressure, drain flow characteristics (1800 min-1, 20 mm2/s)
Pressure, efficiency, delivery, input power (1800 min-1) Pressure, noise characteristics (1 m from pump rear)
Characteristics Curve (at 20 mm2/s) (typical examples)
Piping Flanges
● Flanges must be ordered separately. See table below for required parts.
Piping Flanges(conforming to SAE J 518c Standard Pressure)
● Users are responsible for obtaining the pipe flanges conforming to the SAE J 518c high-pressure applicable to the delivery port specifications (model code: H).
Notes on Operation ● See piston pump Notes on Operation (page A0-3, A0-4)
Size
1
1-1/2
1-1/2
PH56
PH80
PH100PH130PH170
1-1/2
2
2-1/2
Pump ModelDelivery PortSuction Port
Type
ThreadedWelded
ThreadedWelded
Threaded
Welded
FL1-12-12P-10-JA-S4-MFL1-12-12W-10-JA-MFL1-16-16P-10-JA-S4-MFL1-16-16W-10-JA-M
FL1-20-20P-10-JA-S4-M
FL1-20-20W-10-JA-M
FL1-8-08P-10-JA-S4-MFL1-8-08W-10-JA-MFL1-12-12P-10-JA-S4-MFL1-12-12W-10-JA-M
FL1-12-12P-10-JA-S4-M
FL1-12-12W-10-JA-M
Flange Model Size Flange Model
350
300
PH
. . . .. .3 5 7 0 10 5 14 0 17 5 21 0
M aP吐出圧力
0
100
150
カットオフ軸入力
吐出量
40
軸入力kW
L/min
吐出量
効率 全効率
%
60
80
100
50
150
200
50
100
容積効率
フルフロー軸入力
250
170 PH
.3 5 .7 0 .10 5 .14 0 .17 5 .21 0
60
70
80
0
M aP吐出圧力
dB(A)
騒音値
170
●1800 min-1 フルフロー時カットオフ時○1500 min-1
.3 5 .7 0 .10 5 .14 0 .17 5 .21 0 .24 5 .28 0
M aP吐出圧力
0
ドレン量
L/min
6
フルフロー時
5
4
3
2
1
PH130
PH100
PH80
PH56
PH170
.3 5 .7 0 .10 5 .14 0 .17 5 .21 0 .24 5 .28 0
M aP吐出圧力
0
ドレン量
L/min
12
11
10
9
8
7
6
5
4
3
2
1
PH130
PH100
PH80
PH
PH170
56
カットオフ時
Nois
e le
vel
dB (A
)
Delivery pressure MPa
At full flowAt cutoff
Effic
ienc
y%
Deliv
ery
L/m
inDr
ain
L/m
in
Drai
nL/
min
Shaf
t inp
utkW
Volume efficiency
Overall efficiency
Cutoff shaft input
At full flow At cutoff
Delivery pressure MPa
Delivery pressure MPa Delivery pressure MPa
Delivery
Full flow shaft in
put
A1-6
Pist
on P
umps
Foot mounting
Shaft end
..
..
.
. 0-0015. .
.
□9 54 ×50 8Square key
904
4238
0 -028
φ38
10 -0
05
25 130
180
180
188
330
380
30 28
4- ø22 holeφ280
30
ø40 counterbore depth
Fill port
5 Hex. Hole
(back si
de)
Pressure adj. screw
98 86
165
□170
Max. 1552-8
2-109
121
106
2-136
φ1619.
1156.
4-φ143.
.
. 429.
2565.
3105.
Max. 339.5
778.
699.
357
2515.
2545.
4 place equally spaced ø14.3
Delivery port ø38
. 4 - M12, 23 deep
15
127 4 - M12, 23 deep
Suction portφ50
6 Hex. HoleMax. disp. adj. screw
PH80-CH
99
φ127
0 -005
84
(with two plugs)3-Drain port
G3/4 (JIS O-ring seal)
Consult Tokyo Keiki if used as drain port.
Dimensions
Control method (CH)
Note: These figures show a pump model with right rotation and delivery port specifications compliant with SAE J 518c standard pressure. For left rotation, control valve shall move to symmetrical position from center line.
.0 -03
(with one plug)
..
.
. .
.
.
..
..
.
.
.
.
84
3531
φ31
75
0-0015□795 ×54
Square key
Max. disp. adj. screw
Suction port
φ38
Fill port
4 place equally spaced ø14.30 -0
05
5 Hex. Hole
8181φ1
27261
219
15
102
208
219
(back
side)
262
524
699
357127
0 -00510
7
□144
72 88
20φ1619
1026
φ143
153
8
110
5 Hex. HolePressure adj. screw
4-
PH56-CH
Max. 140
G3/8 with plug
2-Drain port
G3/4 (JIS O-ring seal)
Delivery port ø25
4 - M10, 17 deep
4 - M12, 23 deep
Max. 287
Note: These figures show a pump model with right rotation and delivery port specifications compliant with SAE J 518c standard pressure. For left rotation, control valve shall move to symmetrical position from center line.
1-7A
Pist
on P
umps
PH130-CHPH170-CH
Fill port
Foot mounting
Shaft end
Pressure adj. screw
G3/4 (JIS O-ring seal)
5 Hex. Hole
186
□210
133
120 120
142
311
51
394
311
155Max.
2-152
31189
3-Drain port(with two plugs)
.
.
..
.
Max. 423
699..
2-1825.
φ63 5.
.. .
.
. 0-0017.
.
φ2285
2-27
4 place equally spaced ø20.5
4-φ205134
20
127
Suction port
4 - M12, 23 deep
6 Hex. HoleMax. disp. adj. screw
4 - M12, 23 deep357
Square key□11 12 ×73
998
4937
0 -028
φ44
450 -0
05
114
φ152
40 -0
05
107
Delivery port ø38
180
130
180
188
330
380
30
25
28
304- ø22 hole
φ280
ø40 counterbore depth
Consult Tokyo Keiki if used as drain port.
Foot mounting
180
380
330 180
130188
30
25
28
4- ø22 holeø40 counterbore depth
φ280
30
□190
178
Max. 155
100 96
φ1619.
1191.
.4 place equally spaced ø14.34-φ143
2-8Pressure adj. screw5 Hex. Hole
120
134
PH100-CH
Dimensions
Note: These figures show a pump model with right rotation and delivery port specifications compliant with SAE J 518c standard pressure. For left rotation, control valve shall move to symmetrical position from center line.
Note: These figures show a pump model with right rotation and delivery port specifications compliant with SAE J 518c standard pressure. For left rotation, control valve shall move to symmetrical position from center line.
Shaft end.
.
..
. 0-0017.
.
Square key□11 12 ×73
998
4937
0 -028
φ44
450 -0
05
Fill port
G3/4 (JIS O-ring seal)
51
15
2-129
2-165
89
3-Drain port(with two plugs)
.
.
.
3495.
φ63 5.
699.
.
2875.
2875.
(back si
de)
Delivery port ø38
4 - M12, 23 deep357
127
28754 - M12, 23 deep
6 Hex. HoleMax. disp. adj. screw
Suction port
109
φ127
0 -005
101
378.5
Consult Tokyo Keiki if used as drain port.
A1-8
Pist
on P
umps
.
.
.20
85
PH100-CGH/CVH
PH130-CGH/CVHPH170-CGH/CVH
G1/4 Pressure adj. screw
5 Hex. Hole257.5
287.5
317 15. 09
522
167
3
522.
.
.
216
5
G1/4 Pressure adj. screw
5 Hex. Hole283
311
901933
175
3
2-vent port Max. 52 3
2-vent port Max. 52 3
..
.
.
.
.
PH56-CGH/CVH
PH80-CGH/CVH109
52219
55
226.5
282.5
154
3
254.5 Pressure adj. screw
5 Hex. Hole
G1/4
180
208
236 95
372
143
3
184
3
Pressure adj. screw
5 Hex. Hole
G1/4
Max. 67.32-vent port
Max. 52.32-vent port
Control method (CGH/CVH)
Dimensions
1-9A
Pist
on P
umps
Control method (TL/TH)
Dimensions (1800 min-1, 20 mm2/s) (typical examples)Characteristics Curve
PH56 PH80
吐出量
吐出量
軸入力
L/min
吐出量
軸入力kW L/min
吐出量
軸入力kW
M aP吐出圧力 M aP吐出圧力
軸入力
制御方式:TL(低トルク形)
100
50
150
100
50
100
50
0 0
100
50
. . . . .. . .0 3 5 7 0 10 5 14 0 17 5 21 0 24 5 28 0 . . . . .. . .0 3 5 7 0 10 5 14 0 17 5 21 0 24 5 28 0
150
軸入力
吐出量
. . . .. .0 3 5 7 0 10 5 14 0 17 5 21 0
PH170
M aP吐出圧力
吐出量
L/min
軸入力kW
250
50
150
200
300
150
0
100
50
100
軸入力
吐出量PH100
. . . . .. . .0 3 5 7 0 10 5 14 0 17 5 21 0 24 5 28 0. . . . .. . .0 3 5 7 0 10 5 14 0 17 5 21 0 24 5 28 0
PH130
M aP吐出圧力
吐出量
軸入力kWL/min 50
150
200
250
100
50
100
0
100100
0
M aP吐出圧力
吐出量
軸入力kW
吐出量
軸入力L/min 50
150
200
50
Deliv
ery
L/m
inDe
liver
yL/
min
Deliv
ery
L/m
in
Deliv
ery
L/m
inDe
liver
yL/
min
Shaf
t inp
utkW
Shaf
t inp
utkW
Shaf
t inp
utkW
Shaf
t inp
utkW
Shaf
t inp
utkW
Control Method: TL (low torque)
Delivery pressure MPa
Delivery pressure MPa
Delivery pressure MPa
Delivery pressure MPa
Delivery pressure MPa
Delivery
Delivery
Delivery
Delivery
Delivery
Shaft input
Shaft input
Shaft input
Shaft input
Shaft input
A1-10
Pist
on P
umps
Dimensions (1800 min-1, 20 mm2/s) (typical examples)
吐出量
軸入力
吐出量
軸入力
制御方式:TH(高トルク形)
28 024 521 017 514 010 57 03 50 ... .....0
50
100
150
50
100
吐出圧力 M aP
kW
軸入力
吐出量
L/min
28 024 521 017 514 010 57 03 50 ... .....0
50
100
150
50
100
吐出圧力 M aP
kW
軸入力
吐出量
L/min
PH80PH56
軸入力
吐出量
吐出量
軸入力
PH100
PH130
L/min
吐出量
軸入力kW
M aP吐出圧力
100
50
150
100
50
0. . . . .. . .0 3 5 7 0 10 5 14 0 17 5 21 0 24 5 28 0
L/min
吐出量
軸入力kW
M aP吐出圧力
100
50
150
100
50
0. . . . .. . .0 3 5 7 0 10 5 14 0 17 5 21 0 24 5 28 0
200 200
250
吐出量
軸入力
PH170
L/min
吐出量
200
250
M aP吐出圧力
100
50
150
300
150
. . . .
軸入力
. .
kW
0 3 5 7 0 10 5 14 0 17 5 21 0
100
50
0
Characteristics Curve
Deliv
ery
L/m
inDe
liver
yL/
min
Deliv
ery
L/m
in
Deliv
ery
L/m
inDe
liver
yL/
min
Shaf
t inp
utkW
Shaf
t inp
utkW
Shaf
t inp
utkW
Shaf
t inp
utkW
Shaf
t inp
utkW
Control Method: TH (high torque)
Delivery pressure MPa
Delivery pressure MPa
Delivery pressure MPa
Delivery pressure MPa
Delivery pressure MPa
Delivery
Delivery
Delivery
Delivery
Delivery
Shaft input
Shaft input
Shaft input
Shaft input
Shaft input
1-11A
Pist
on P
umps
PH170-TL/TH
.
.
PH130-TL/TH
.
.
.
207
G1/4
152
311Torque limiter adjustment screw
Pressure adj. screwVent port5 Hex. Hole
5 Hex. Hole
522
175
3
339
216
5
.
..
.
.
PH100-TL/TH
109
208
5
129193
2875
3155
522
167
3
ROTA
TION
G1/4
Vent port Pressure adj. screw
5 Hex. Hole
Torque limiter adjustment screw
5 Hex. Hole
.
..
.
.
PH80-TL/TH
109
195
5
116189
2545
2825
522
154
3
RO
TA
TI
ON
Pressure adj. screw
5 Hex. Hole
Torque limiter adjustment screw
5 Hex. Hole
Vent port
G1/4
.
.
.
PH56-TL/TH
95
176
372
143
3
184
3Torque limiter adjustment screw
Pressure adj. screw
5 Hex. Hole
5 Hex. Hole
Vent port
G1/4
102
236
208
Dimensions