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Home -> Products Show -> Cam Switch
 
LW39 series Cam Switch
LW39-10 series Cam Switch LW39-16A series Cam Switch
LW39-16B series Cam Switch LW39-16C series Cam Switch
LW39-25 series Cam Switch LW39-63 series Cam Switch
   
   
Working environment

Altitude no more than 2000M
Ambient temperature: - 25°C ----- + 55°C
Relative humidity no more than 90%
Installation group: III
Pollution degree: 3

 

Adopted standards

GB/T14048.1 GB14048.3 GB14048.5
IEC60947-1 IEC60947-3 IEC60947-5-1 VDE0660

 

Technical data


Model LW39-10 LW39-16 LW39-25 LW39-63
Rated insulation voltag  Ui GB/T14048.1 V 400 690 690 690
Conventional thermal current  Ith GB/T14048.1 A 10 16 25 63
Power-frequency withstand voltage  GB/T14048.1 V 2500 2500 2500 2500
 
Rated operational current le          
AC-21 switching of resistance loads GB14048.3 A 10 16 25 63
AC-15 switching of control devices,contactors,valves,etc GB14048.5          
COSφ =0.4 24V A 10 16 25 28
48V A 5 8 22 25
110V A 3 5 18 22
220V A 2 3 12 16
380V A 1.2 1.8 8 8
AC-3 Direct-on-line starting,star-delta starting
GB14048.3 refer to appendix A 3 phase 3 pole 380V
KW 1.5 3 5.5 15
AC-4 Direct-on-line starting,reversing, plugging an inching
GB14048.3 refer to appendix A 3 phase 3 pole 380V
KW 0.37 1.2 4 6
 
Rated operational current le
         
DC-21 switching of resistance loads GB14048.3          
No of series contacts 1 2 3 4          
24 48 70 95 A 10 16 25  
48 60 95 110 A 6 12 22  
Voltage V 110 220 300 A 0.56 1 5  
220 440 A 0.24 0.4 2.5  
440 A 0.1 0.27 1.25  
DC-13 switching of control devices,contactors,valves,etc T=300ms GB14048.5          
No of series contacts 1 2 3 4          
24 48 70 95 A 8 12 20  
48 60 95 110 A 1.2 2 8  
Voltage V 110 220 300 A 0.25 0.4 2.5  
220 440 A 0.12 0.2 1.25  
440 A   0.1 0.5  
 
Electrical life (AC) x 10000 20 20 20 10
Electrical life (DC) x 10000 10 10 10  
Mechanical life x 10000 30 30 30 30

 

Explaination for selection

Please select model number of LW39 series cam switches in following 3 ways:
(1).select from our common used model number.
(2).fill detail model unmber according to explanation .
(3).fill order notice in last page,we will confirm exact model number with you.

 
Code number of escutcheon plate(See table 1)
Numbers of layer
Code number of contact(See table 2)
Code number of fixing angle
Code number of function
 
Code number of escutcheon plate(See table 1)
Code number of handle(refer to page 7-9)
Code number of voltage
"23"--24V;"26"--110V;"28"--DC220V;"31"--AC220V
Numbers of layer
Code number of contact
Code number of fixing angle
Code number of function
 
Code number of escutcheon plate(See table 1)
Code number of handle(refer to page 7-9)
Code number of voltage
"23"--24V;"26"--110V;"28"--DC220V;"31"--AC220V
Numbers of layer
Code number of contact
Code number of fixing angle
Code number of function
 
Code number of escutcheon plate(See table 1)
Code number of handle(refer to page 7-9)
Code number of voltage
"23"--24V;"26"--110V;"28"--DC220V;"31"--AC220V
Numbers of layer
Code number of contact
Code number of fixing angle
Code number of function
Code number of fixing angle

(1)Momentary

Angle Series Code number for each position Example
30° LW39-10 LW39-16
LW39-25 LW39-63
“3KC” : 30° angle
start from K clockwise to C
totally including K,O,A,B,C positiones.
45° LW39-10 LW39-16
LW39-25 LW39-63
"4OB" : 45 angle
start from O clockwise to B
totally including O,A,B,C positiones.
60° LW39-16B LW39-16C LW39-63
"6KE" : 60 angle
start from K clockwise to E
totally including K,A,C,E positiones
90° LW39-10 LW39-16
LW39-25 LW39-63
9GC : 90 angle
start from G clockwise to C
totally including G,A,,C positiones.

Explaination :

(2) Spring return : please select code number of operation position for spring return style from following:

Code number Operation position LW39-10 LW39-16A LW39-16B
LW39-16C
LW39-25 LW39-63
A1 0° ←30° Y*        
A2 0° ←45°   Y Y Y Y
B1 -30° 0°← 30° Y*        
B2 -45° 0° ←45°   Y Y Y Y
BA -90° →-45° 0° ←45° ←90°   Y Y Y  
BC -45°→ 0° 0° ←45°   Y   Y  
BD -30° →0° 0° ←30°     Y*    
Z1 -135° →-90° 0°← 45°   Y Y Y Y
ZA -90° →-45° 0° 45°← 90°   Y Y Y Y
ZB -90° →-45° 0° 45°   Y Y Y Y
ZC -45° 0° 45° ←90°   Y Y Y Y
ZD -90° 0° ←45°   Y Y Y Y
ZE 0° 45° ←90°   Y Y Y Y
ZF -45° 0° ←45°   Y Y Y Y
ZG -45° →0° 45°   Y Y Y Y
ZK -45° →0° 45° 90°   Y Y Y Y
W -120° →-90° 0° ←30° Y*   Y*    
WA -90° 0° ←30° Y*        
WB -30°→ 0° 90° Y*        
WR -120° →-90° 0° 90° ←120° Y*   Y*    
WS -90° 0° 90° ←120° Y*   Y*    
WT -120° →-90° 0° 90° Y*   Y*    
WU -90° -30°→ 0° ←30°     Y*    
WV -90° 0° ←30° 90°     Y*    
WW -90° -30°→ 0° ←30° 90°     Y*    

Remark
1."* " means max of the contact layer is 3;
2."Y" means we can offer switch as corresponding operation position

 

Code number of contact

1.One completed code number of contact is corresponding to only one terminal marking.
2.Each contact corresponding to a binary code,plus this 4 binary codes in one layer,there will be a hex code.

We use binary code as following: We use hex code as following:
1,2,4,8 1,2,3,4,5,6,7,8,9,A,B,C,D,E,F

3.For example:
Remark : "X" express terminal condition.
Function of switch is up to customer's request.

Code number of escutcheon plates

Code number of escutcheon plates can be choosen from following standard letterings,special letterings upto request.
Tolerant escutcheon plate will be offered as no special request.
1. Tolerant rule of letterings:
(1). "0" marked in the position no contact cut in,"1","2","3"...will be marked one by one on two sides of "0".
Special one :"1-0-2" is for 3 position switch. For example:

(2). "1","2","3"...is marked one by one from left to right when each position has contact cut in. For example:

2. Standard letterings:
Remark : "A" nobed code is applicable to LW39-10,LW39-16A,LW39-25,LW39-63
"B" nobed code is applicable to LW39-16B,LW39-16C

30 Switching

45 Switching

90 Switching and pre-on/off switching

60 Switching

Examples
On/off switches Double-throw switches without "off"
Layer Contact 0 1 Model
     
layer#1 1-2   × LW39-□□-□-02/1
3-4   ×
layer#2 5-6   × LW39-□□-□-04/2
7-8   ×
layer#3 9-10   × LW39-□□-□-06/3
11-12   ×
layer#4 13-14   × LW39-□□-□-08/4
15-16   ×
layer#5 17-18   × LW39-□□-□-0A/5
19-20   ×
layer#6 21-22   × LW39-□□-□-0C/6
23-24   ×
layer#7 25-26   × LW39-□□-□-0E/7
27-28   ×
layer#8 29-30   × LW39-□□-□-0G/8
31-32   ×
layer#9 33-34   × LW39-□□-□-0I/9
35-36   ×
layer#10 37-38   × LW39-□□-□-0K/10
39-40   ×
Layer Contact 0 1 Model
     
layer#1 1-2 ×   LW39-□□-□-11/1
3-4   ×
layer#2 5-6 ×   LW39-□□-□-22/2
7-8   ×
layer#3 9-10 ×   LW39-□□-□-33/3
11-12   ×
layer#4 13-14 ×   LW39-□□-□-44/4
15-16   ×
layer#5 17-18 ×   LW39-□□-□-55/5
19-20   ×
layer#6 21-22 ×   LW39-□□-□-66/6
23-24   ×
layer#7 25-26 ×   LW39-□□-□-77/7
27-28   ×
layer#8 29-30 ×   LW39-□□-□-88/8
31-32   ×
layer#9 33-34 ×   LW39-□□-□-99/9
35-36   ×
layer#10 37-38 ×   LW39-□□-□-AA/10
39-40   ×
Double-throw switches without "off" Double-throw switches with center "off"
Layer Contact 1 2 Model
     
layer#1 1-2 ×   LW39-□□-□-11J/1
3-4   ×
layer#2 5-6 ×   LW39-□□-□-22J/2
7-8   ×
layer#3 9-10 ×   LW39-□□-□-33J/3
11-12   ×
layer#4 13-14 ×   LW39-□□-□-44J/4
15-16   ×
layer#5 17-18 ×   LW39-□□-□-55J/5
19-20   ×
layer#6 21-22 ×   LW39-□□-□-66J/6
23-24   ×
layer#7 25-26 ×   LW39-□□-□-77J/7
27-28   ×
layer#8 29-30 ×   LW39-□□-□-88J/8
31-32   ×
layer#9 33-34 ×   LW39-□□-□-99J/9
35-36   ×
layer#10 37-38 ×   LW39-□□-□-AAJ/10
39-40   ×
Layer Contact 1 0 2 Model
     
layer#1 1-2 ×     LW39-□□-□-101/1
3-4     ×
layer#2 5-6 ×     LW39-□□-□-202/2
7-8     ×
layer#3 9-10 ×     LW39-□□-□-303/3
11-12     ×
layer#4 13-14 ×     LW39-□□-□-404/4
15-16     ×
layer#5 17-18 ×     LW39-□□-□-505/5
19-20     ×
layer#6 21-22 ×     LW39-□□-□-606/6
23-24     ×
layer#7 25-26 ×     LW39-□□-□-707/7
27-28     ×
layer#8 29-30 ×     LW39-□□-□-808/8
31-32     ×
layer#9 33-34 ×     LW39-□□-□-909/9
35-36     ×
layer#10 37-38 ×     LW39-□□-□-A0A/10
39-40     ×
Double-throw switches with center "off"  
Layer Contact 1 0 2 Model
     
layer#1 1-2 ×     LW39-□□-□-101J/1
3-4