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CP2500 Series
Conductive plastic resistor element used (Low rotational noise).
25mm square body.
300 degree operating angle.
Highly dustproof.
Maximum number of interlocking circuits: 8
Last update: 2022.11.07. [Electrical-spec] [Mechanical-spec] [Note] [Dimensions] [Model-number] EU-RoHS


Information
This product is constructed by a ladder circuit. Cannot use it for a rheostat use (Cannot use to change a resistance level).


Electrical specifications CP2500 Series
Products *CP2500*-*
Attenuation direction
[Load: high]


 
CCW (Large attenuation & cut off) - CW (Small attenuation)
Degrees
(CCW to CW)
300285270255240225210195 1801651501351201059075604530 150
Attenuation
[dB]
Cut-off58484237333027 2422201816141210864 20
Circuit method Ladder circuit
Total resistance (1-C) 5kohm,   10kohm,   50kohm,   100kohm
Total resistance tolerance ±20%
Attenuation accuracy
[Load: high]
 
0 - 10dB: ±1.0dB
   - 30dB: ±2.0dB
   - 42dB: ±3.0dB
Matching accuracy

 
0 - 10dB: 1.0dB
   - 30dB: 1.5dB
   - 42dB: 2.5dB
Insertion loss 0.5dB or less
Cut off [15kHz] 85dB Min.
Voltage proof 1 Min. at AC500V
Insulation resistance 50Mohm or more at DC500V
Max rating DC20V (0.1W)
Sliding noise level 47mV or less (by JIS C 6443)
Rotational life 100,000 Cycles Min. (18cycles/min, Sliding noise level: Less than 100mV)

Mechanical specifications CP2500 Series
Operating angle 300 degrees ±5 degrees
Rotational torque 0.1 to 1.5Ncm (Different by number of circuit)
Strength Nut-Attached 50Ncm
Attached parts Hexagonal nut (M9)
Stopper strength 50Ncm
Push-pull strangth 50N

General specifications CP2500 Series
Temperature range -10 to +70 degrees C (Operating), -15 to +75 degrees C (Storage)
Relative humidity 90%RH (No condensation)

Note
* Solder heat resistance: 350deg C max, 5sec max, 2 times. (Manual soldering only)
* Special order of the shaft length is possible. Please contact us for details.
* It is highly recommended that the fault tolerant system is to be set up in the big situation like the live broadcast.
* Replacing it from other brands tests it enough, and please consider.
* Caution in Ladder circuit use.

   Important points in using audio curve and log curve of TKD faders >>

Dimensions - CP2500*-*

Dimensions - Terminations


Model number
2 CP2500 S - 10K
*1 *2 *3   *4


*1
 
Number of circuits
 
Blank : Single circuit
2 to 8  : Number of circuits specified
*2 Product number CP2500 : CP2500 Series
*3
 
Mechanical click option
 
Blank : Without click
S         : With click (15degrees step)
*4


 
Total resistance


 
5K     :   5kohm
10K   : 10kohm
50K   : 50kohm
100K : 100kohm


Products No.
( X: Standerd model)
Number of circuits Output law Resistance Click Shaft diameter x Shaft length
CP2500-5K X 1 Audio 5kohm Without Φ6 x 20mm
CP2500-10K X 1 Audio 10kohm Without Φ6 x 20mm
CP2500-50K X 1 Audio 50kohm Without Φ6 x 20mm
CP2500-100K X 1 Audio 100kohm Without Φ6 x 20mm
CP2500S-5K X 1 Audio 5kohm With Φ6 x 20mm
CP2500S-10K X 1 Audio 10kohm With Φ6 x 20mm
CP2500S-50K X 1 Audio 50kohm With Φ6 x 20mm
CP2500S-100K X 1 Audio 100kohm With Φ6 x 20mm
2CP2500-5K X 2 Audio 5kohm Without Φ6 x 20mm
2CP2500-10K X 2 Audio 10kohm Without Φ6 x 20mm
2CP2500-50K X 2 Audio 50kohm Without Φ6 x 20mm
2CP2500-100K X 2 Audio 100kohm Without Φ6 x 20mm
2CP2500S-5K X 2 Audio 5kohm With Φ6 x 20mm
2CP2500S-10K X 2 Audio 10kohm With Φ6 x 20mm
2CP2500S-50K X 2 Audio 50kohm With Φ6 x 20mm
2CP2500S-100K X 2 Audio 100kohm With Φ6 x 20mm
3CP2500-5K X 3 Audio 5kohm Without Φ6 x 20mm
3CP2500-10K X 3 Audio 10kohm Without Φ6 x 20mm
3CP2500-50K X 3 Audio 50kohm Without Φ6 x 20mm
3CP2500-100K X 3 Audio 100kohm Without Φ6 x 20mm
3CP2500S-5K X 3 Audio 5kohm With Φ6 x 20mm
3CP2500S-10K X 3 Audio 10kohm With Φ6 x 20mm
3CP2500S-50K X 3 Audio 50kohm With Φ6 x 20mm
3CP2500S-100K X 3 Audio 100kohm With Φ6 x 20mm
4CP2500-5K X 4 Audio 5kohm Without Φ6 x 20mm
4CP2500-10K X 4 Audio 10kohm Without Φ6 x 20mm
4CP2500-50K X 4 Audio 50kohm Without Φ6 x 20mm
4CP2500-100K X 4 Audio 100kohm Without Φ6 x 20mm
4CP2500S-5K X 4 Audio 5kohm With Φ6 x 20mm
4CP2500S-10K X 4 Audio 10kohm With Φ6 x 20mm
4CP2500S-50K X 4 Audio 50kohm With Φ6 x 20mm
4CP2500S-100K X 4 Audio 100kohm With Φ6 x 20mm
5CP2500-5K   5 Audio 5kohm Without Φ6 x 20mm
5CP2500-10K   5 Audio 10kohm Without Φ6 x 20mm
5CP2500-50K   5 Audio 50kohm Without Φ6 x 20mm
5CP2500-100K   5 Audio 100kohm Without Φ6 x 20mm
5CP2500S-5K   5 Audio 5kohm With Φ6 x 20mm
5CP2500S-10K   5 Audio 10kohm With Φ6 x 20mm
5CP2500S-50K   5 Audio 50kohm With Φ6 x 20mm
5CP2500S-100K   5 Audio 100kohm With Φ6 x 20mm
6CP2500-5K   6 Audio 5kohm Without Φ6 x 20mm
6CP2500-10K   6 Audio 10kohm Without Φ6 x 20mm
6CP2500-50K   6 Audio 50kohm Without Φ6 x 20mm
6CP2500-100K   6 Audio 100kohm Without Φ6 x 20mm
6CP2500S-5K   6 Audio 5kohm With Φ6 x 20mm
6CP2500S-10K   6 Audio 10kohm With Φ6 x 20mm
6CP2500S-50K   6 Audio 50kohm With Φ6 x 20mm
6CP2500S-100K   6 Audio 100kohm With Φ6 x 20mm
7CP2500-5K   7 Audio 5kohm Without Φ6 x 20mm
7CP2500-10K   7 Audio 10kohm Without Φ6 x 20mm
7CP2500-50K   7 Audio 50kohm Without Φ6 x 20mm
7CP2500-100K   7 Audio 100kohm Without Φ6 x 20mm
7CP2500S-5K   7 Audio 5kohm With Φ6 x 20mm
7CP2500S-10K   7 Audio 10kohm With Φ6 x 20mm
7CP2500S-50K   7 Audio 50kohm With Φ6 x 20mm
7CP2500S-100K   7 Audio 100kohm With Φ6 x 20mm
8CP2500-5K   8 Audio 5kohm Without Φ6 x 20mm
8CP2500-10K   8 Audio 10kohm Without Φ6 x 20mm
8CP2500-50K   8 Audio 50kohm Without Φ6 x 20mm
8CP2500-100K   8 Audio 100kohm Without Φ6 x 20mm
8CP2500S-5K   8 Audio 5kohm With Φ6 x 20mm
8CP2500S-10K   8 Audio 10kohm With Φ6 x 20mm
8CP2500S-50K   8 Audio 50kohm With Φ6 x 20mm
8CP2500S-100K   8 Audio 100kohm With Φ6 x 20mm


Custom model number
[ How to specify different "output law" in multiple circuits ]
* The number in front of "CP2500" is the total number of circuits.
* The first "output law" specified in the beginning will be the knob side.
* Consecutive cases of the same "output law" are combined into one. ( A10K / A10K >>>> 2-A10K )
* Taper-A and Taper-B and Taper-C: Please see "Potentiometer CP2500 Series".
* If the total resistance is different, specify it separately.
* The CP2511 Series cannot be mounted because the angle is different.


[Please refer to the following]
Example Number of circuits Output law types Circuit position Model number for this specification.
1
 
4 circuits
 
Ladder 10kohm x2
Taper-B 10kohm x2
top (knob side)
bottom
4CP2500 - 2-10K / 2-B10K
 
2
 
3 circuits
 
Taper-B 10kohm x1
Taper-A 10kohm x2
top (knob side)
bottom
3CP2500 - B10K / 2-A10K
 
3

 
3 circuits

 
Ladder 10kohm x2
Taper-A 10kohm x1
Taper-B 10kohm x1
top (knob side)
center
bottom
3CP2500 - 10K / A10K / B10K

 
4
 
5 circuits
 
Ladder 10kohm x4
Taper-B 10kohm x1
top (knob side)
bottom
5CP2500 - 4-10K / B10K
 
5
 
4 circuits
 
Ladder 10kohm x2
Taper-B 5kohm x2
top (knob side)
bottom
4CP2500 - 2-10K / 2-5K
 
6

 
4 circuits

 
Ladder 5kohm x2
Taper-A 10kohm x1
Taper-C 10kohm x1
top (knob side)
center
bottom
4CP2500 - 2-5K / A10K / C10K

 




Update list
   
2022.11.07. First edition