TAPPED HOLES DIRECT PRINT MOTOR CODE , JOHNSON & DATE CODE ONTO KEEPER RING.
D
D
DATE CODE FORMAT AS ESDC-038.
6.0 REF.
NOTES:-
R2.0 REF.
80.5 mm.. 1. LENGTH OF SHAFT, DIM. "A" _______
12.5 mm., MEASURED WITH SHAFT PUSHED 2. FRONT EXTENSION, DIM. "B" _______ AGAINST STEEL END CAP.
E
E
14.0 REF.
3. DIRECTION OF ROTATION : ANTI-CLOCKWISE WHEN VIEWING MOTOR OUTPUT END WITH POSITIVE VOLTAGE APPLIED TO POSITIVE TERMINAL.
VIEW "S"
0.50 mm. MAX.. 4. END PLAY : _______ DWN. BY
5. THE MALE SCREW LENGTH SHOULD NOT EXCEED 3.0 mm.
ZHL LI
20050930
Date (yyyymmdd)
CHK. BY
APP. BY
Date (yyyymmdd)
Date (yyyymmdd)
MATERIAL : Characteristics
C
F
pk Key Product
Customer Significant
A3
FINISH : General Tolerance : ISO 2768-1 Class m
J HNSON ELECTRIC
> 1.67
(Unless specified)
JOHNSON ELECTRIC GROUP OF COMPANIES (" JOHNSON ELECTRIC ")
is confidential. Unauthorised reproduction or other use thereof, whether directly or indirectly. in whole or in part, is strictly prohibited. All products made or otherwise
>1.00
derived directly or indirectly from this document are proprietary to Johnson Electric.
Copyright Johnson Elctric S. A. 2005 . All rights reserved.
7
8
SCALE
F
1.5:1
TITLE
MOTOR OUTLINE ( HC785P )
This document is the Property of Johnson Electric and the information therein contained
> 1.33
1
ALL DIMENSIONS ARE IN MILLIMETRES
DWG No.
SHEET 1 OF 1
1999-1070147 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 : 15/0001 (89361) Project No.: 05U3125 Winding : 0.75 - 16 Motor test reference no : HC785P/FS/73566/5E4/F TESTCO 800-748-6285 WWW.TESTCO-INC.COM P/N HC785P-42.2-060-002
25000
Date : 05/18/10
700
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
180
90
600
N 160
15000
140
60
120
I
Eff
Speed(rpm) Speed(rpm)
70
50
100
500
400
Power (Watt)
P
Current (AMP).
80
Eff(%)
20000
Speed : Current: At stall (Extrapolated) Torque : Current: At maximum efficiency Efficiency : Torque : Speed : Current : Output : At maximum power Torque : Speed : Current : Output :