MOTOR OUTLINE 1999-1090045
1
2
3
4
5
7
6 ALT.
A B C
APPLY GLUE 0081-1000074 ON THE SCREW.
9
10
DESCRIPTION
DATE
FIRST ISSUE. (SRF#22824 & 05Y3195/24/0001) ADHESIVE:0081-1000074 WAS "RMEPPL128". DIM.: 11.0 WAS "12.0".
SCN#09053012 SCN#09063022 SCN#09083019
BY
20051123 20061211 20081118
CY XIA S LIU CY XIA
SEE NOT E 8
.0 20
RED
A
8 REF.
A
5.0
PROTECTIVE COVER
4.50 0.10 TYP.
SPOT WELD
BLACK
MOTOR CODE
2.0MAX.
"H"
CUSTOMER P/N.
X4
LW
+0.5
R0.8 - 0.3
67.5REF.
B
8.0
SEE NOTE 8 90.00 0.10
REF.
+0
51.6 0.2
+0 - 0.009
8.005 - 0.005
"H"
740724003-01 1090045 JOHNSON 3J4811
22.0
74.0 0.2
RMSGSL400
69.65 0.15
5.0
B
C
3.9 REF.
20 5 TYP.2
11.0 0.2
80.00 0.10 P.C.D.
C
C
15.9 0.2 16.70 0.10
TYP.
87.85 REF.
32.6 0.2 128.0 0.15
90° 0.5 D
DIRECT PRINT MOTOR CODE,CUSTOMER P/N. JOHNSON & DATE CODE ONTO REAR HOUSING. DATE CODE FORMAT AS ESDC - 038.
NOTES: 1. DIRECTION OF ROTATION CW WHEN VIEWING MOTOR OUTPUT END WITH POSITIVE VOLTAGE APPLIED TO RED LEAD WIRE. 2. SHAFT FRONT EXTENSION MEASURED WITH SHAFT PUSHED AGAINST END CAP WITH 5 N FORCE. 3. WHEN PRESS FITTING A WORM, GEAR ETC. ONTO MOTOR OUTPUT SHAFT ALWAYS SUPPORT THE SHAFT AT THE OTHER END IN A PROPER WAY. 4. EXTERNAL LENGTH OF LEAD WIRE LW = 170 mm.
E
F
7.0MAX.
X4
5. HARDNESS OF EXTENDING SHAFT END TO BE HRC 40 MIN. 6. THE SPOT WELDING DIRECTION OF LEADWIRE MUST KEEP LANDSCAPE. 7. APPROVED WIRE -UL 1332 AWG 14# 8. APPLY RMPVST300 25MM ON EACH LEADWIRE ,THE POSITION REFER TO THE DIM. 9. RING CONNECTOR PULL OFF FORCE: 80N MIN.. 10. CUSTOMER(TTI) APPOINT RING CONNECTOR AND RING CONNECTOR CODE (TTI PROVIDE): 680397001-01. 11.JUST AFTER WELD THE PULL-OFF FORCE OF EACH LEADWIRE MUST BE: 7Kgf MIN. IN HORIZONTAL DIRECTION "H". 5kgf MIN. IN VERTICAL DIRECTION. 12. MOTOR WEIGHT: 790± 5%g ( COMPRIZE PROTECTIVE COVER OF WEIGHT).
E
36.0 0.5 P.C.D.
2
3
4
5
CY XIA
DWN. BY
20051123
Date (yyyymmdd)
CHK. BY
APP. BY
Date (yyyymmdd)
Date (yyyymmdd)
MATERIAL : C
Characteristics pk
Customer Key Product Significant
FINISH : General Tolerance : ISO 2768-1 Class m
JOHNSON ELECTRIC
> 1.67
(Unless specified)
JOHNSON ELECTRIC GROUP OF COMPANIES (" JOHNSON ELECTRIC ")
> 1.33
This document is the Property of Johnson Electric and the information therein contained
>1.00
indirectly. in whole or in part, is strictly prohibited. All products made or otherwise
is confidential. Unauthorised reproduction or other use thereof, whether directly or derived directly or indirectly from this document are proprietary to Johnson Electric.
Not Required
1
D
□ Copyright Johnson Elctric S. A. 2005 . All rights reserved. 6
7
8
A3 TESTCO ALL DIMENSIONS ARE IN MILLIMETRES SCALE 1:1 800-748-6285 TITLE WWW.TESTCO-INC.COM MOTOR OUTLINE HC9A1(2)LG DWG No.HC9A1(2)LG51.6-87.8-001 P/N SHEET 1 OF 1
F
1999-1090045 9
10 rev 4
J HNSON ELECTRIC
JOHNSON ELECTRIC INDUSTRIAL MANUFACTORY LTD. Johnson Building,6-22, Dai Shun Street, Tai Po, Hong Kong.
Excellence in Micromotors Since 1959 SOF NO : 15/0003 (89487) Project No.: 05Y3195 Winding : 0.7 - 10 Motor test reference no : HC9A1(2)LG/; DMPS/35080/XD0/F TESTCO 800-748-6285 WWW.TESTCO-INC.COM P/N HC9A1(2)LG-51.6-87.8-001
18000
Date : 05/20/10
900
180
90
16000
1000
200
100
Performance ( In an ambient temperature of 25 -30 C) Motor tested rapidly to prevent significant temperature rise. At a constant voltage of 18.00 Volts With a circuit resistance 0.000 Ohms At No Load
N 160
80
800
14000
70
140
60
120
700
10000
Eff
50
100
600
500
8000 40
80
400
6000 30
60
300
20
40
200
10
20
100
0
0
0
4000
2000
0 0
200
400
600
800
1000
1200
1400
1600
Power (Watt)
Speed(rpm) Speed(rpm)
I
Eff(%)
P
Current (AMP).
12000
Speed : Current: At stall (Extrapolated) Torque : Current: At maximum efficiency Efficiency : Torque : Speed : Current : Output : At maximum power Torque : Speed : Current : Output : Characteristics Torque Constant : E.M.F Constant : Dy. Resistance : Motor Regulation: At Torque Level:
Torque:
15601 Rpm 5.230 Amp 1542.755 m-Nm 132.407 Amp 73.62 255.779 13014 26.315 348.727
% m-Nm Rpm Amp Watts
771.378 7800 68.819 630.353
m-Nm Rpm Amp Watts
12.131 12.131 0.136 10.112
m-Nm/Amp mV/rad/sec Ohms Rpm/m-Nm
m-Nm
1800
COMPUTER PRINT-OUT NOMINAL MOTOR CURVES.
Torque(m-Nm)
Performance and charactertics are measured based on limited motor samples only. Issued by Motor Sampling
FORM : PIB-930701-1
2
3
4
5
7
6 ALT.
A B C
APPLY GLUE 0081-1000074 ON THE SCREW.
9
10
DESCRIPTION
DATE
FIRST ISSUE. (SRF#22824 & 05Y3195/24/0001) ADHESIVE:0081-1000074 WAS "RMEPPL128". DIM.: 11.0 WAS "12.0".
SCN#09053012 SCN#09063022 SCN#09083019
BY
20051123 20061211 20081118
CY XIA S LIU CY XIA
SEE NOT E 8
.0 20
RED
A
8 REF.
A
5.0
PROTECTIVE COVER
4.50 0.10 TYP.
SPOT WELD
BLACK
MOTOR CODE
2.0MAX.
"H"
CUSTOMER P/N.
X4
LW
+0.5
R0.8 - 0.3
67.5REF.
B
8.0
SEE NOTE 8 90.00 0.10
REF.
+0
51.6 0.2
+0 - 0.009
8.005 - 0.005
"H"
740724003-01 1090045 JOHNSON 3J4811
22.0
74.0 0.2
RMSGSL400
69.65 0.15
5.0
B
C
3.9 REF.
20 5 TYP.2
11.0 0.2
80.00 0.10 P.C.D.
C
C
15.9 0.2 16.70 0.10
TYP.
87.85 REF.
32.6 0.2 128.0 0.15
90° 0.5 D
DIRECT PRINT MOTOR CODE,CUSTOMER P/N. JOHNSON & DATE CODE ONTO REAR HOUSING. DATE CODE FORMAT AS ESDC - 038.
NOTES: 1. DIRECTION OF ROTATION CW WHEN VIEWING MOTOR OUTPUT END WITH POSITIVE VOLTAGE APPLIED TO RED LEAD WIRE. 2. SHAFT FRONT EXTENSION MEASURED WITH SHAFT PUSHED AGAINST END CAP WITH 5 N FORCE. 3. WHEN PRESS FITTING A WORM, GEAR ETC. ONTO MOTOR OUTPUT SHAFT ALWAYS SUPPORT THE SHAFT AT THE OTHER END IN A PROPER WAY. 4. EXTERNAL LENGTH OF LEAD WIRE LW = 170 mm.
E
F
7.0MAX.
X4
5. HARDNESS OF EXTENDING SHAFT END TO BE HRC 40 MIN. 6. THE SPOT WELDING DIRECTION OF LEADWIRE MUST KEEP LANDSCAPE. 7. APPROVED WIRE -UL 1332 AWG 14# 8. APPLY RMPVST300 25MM ON EACH LEADWIRE ,THE POSITION REFER TO THE DIM. 9. RING CONNECTOR PULL OFF FORCE: 80N MIN.. 10. CUSTOMER(TTI) APPOINT RING CONNECTOR AND RING CONNECTOR CODE (TTI PROVIDE): 680397001-01. 11.JUST AFTER WELD THE PULL-OFF FORCE OF EACH LEADWIRE MUST BE: 7Kgf MIN. IN HORIZONTAL DIRECTION "H". 5kgf MIN. IN VERTICAL DIRECTION. 12. MOTOR WEIGHT: 790± 5%g ( COMPRIZE PROTECTIVE COVER OF WEIGHT).
E
36.0 0.5 P.C.D.
2
3
4
5
CY XIA
DWN. BY
20051123
Date (yyyymmdd)
CHK. BY
APP. BY
Date (yyyymmdd)
Date (yyyymmdd)
MATERIAL : C
Characteristics pk
Customer Key Product Significant
FINISH : General Tolerance : ISO 2768-1 Class m
JOHNSON ELECTRIC
> 1.67
(Unless specified)
JOHNSON ELECTRIC GROUP OF COMPANIES (" JOHNSON ELECTRIC ")
> 1.33
This document is the Property of Johnson Electric and the information therein contained
>1.00
indirectly. in whole or in part, is strictly prohibited. All products made or otherwise
is confidential. Unauthorised reproduction or other use thereof, whether directly or derived directly or indirectly from this document are proprietary to Johnson Electric.
Not Required
1
D
□ Copyright Johnson Elctric S. A. 2005 . All rights reserved. 6
7
8
A3 TESTCO ALL DIMENSIONS ARE IN MILLIMETRES SCALE 1:1 800-748-6285 TITLE WWW.TESTCO-INC.COM MOTOR OUTLINE HC9A1(2)LG DWG No.HC9A1(2)LG51.6-87.8-001 P/N SHEET 1 OF 1
F
1999-1090045 9
10 rev 4
J HNSON ELECTRIC
JOHNSON ELECTRIC INDUSTRIAL MANUFACTORY LTD. Johnson Building,6-22, Dai Shun Street, Tai Po, Hong Kong.
Excellence in Micromotors Since 1959 SOF NO : 15/0003 (89487) Project No.: 05Y3195 Winding : 0.7 - 10 Motor test reference no : HC9A1(2)LG/; DMPS/35080/XD0/F TESTCO 800-748-6285 WWW.TESTCO-INC.COM P/N HC9A1(2)LG-51.6-87.8-001
18000
Date : 05/20/10
900
180
90
16000
1000
200
100
Performance ( In an ambient temperature of 25 -30 C) Motor tested rapidly to prevent significant temperature rise. At a constant voltage of 18.00 Volts With a circuit resistance 0.000 Ohms At No Load
N 160
80
800
14000
70
140
60
120
700
10000
Eff
50
100
600
500
8000 40
80
400
6000 30
60
300
20
40
200
10
20
100
0
0
0
4000
2000
0 0
200
400
600
800
1000
1200
1400
1600
Power (Watt)
Speed(rpm) Speed(rpm)
I
Eff(%)
P
Current (AMP).
12000
Speed : Current: At stall (Extrapolated) Torque : Current: At maximum efficiency Efficiency : Torque : Speed : Current : Output : At maximum power Torque : Speed : Current : Output : Characteristics Torque Constant : E.M.F Constant : Dy. Resistance : Motor Regulation: At Torque Level:
Torque:
15601 Rpm 5.230 Amp 1542.755 m-Nm 132.407 Amp 73.62 255.779 13014 26.315 348.727
% m-Nm Rpm Amp Watts
771.378 7800 68.819 630.353
m-Nm Rpm Amp Watts
12.131 12.131 0.136 10.112
m-Nm/Amp mV/rad/sec Ohms Rpm/m-Nm
m-Nm
1800
COMPUTER PRINT-OUT NOMINAL MOTOR CURVES.
Torque(m-Nm)
Performance and charactertics are measured based on limited motor samples only. Issued by Motor Sampling
FORM : PIB-930701-1
