22N78-319P.1001 Portescap Danaher Motion US LLC, 22N78-319P.1001 Datasheet - Page 10

• Manufacturer Part Number: 22N78-319P.1001
• Description: MOTOR BRUSH 22MM 6VDC
• Manufacturer: Portescap Danaher Motion US LLC
• Series: 22N78, Athlonixr
• Type: Brushed DCr

Specifications of 22N78-319P.1001

• Voltage - Rated: 6VDC
• Rpm: 8700 RPM
• Features: -
• Shaft Diameter: 0.059" (1.50mm)
• Shaft Rotational Direction: -
• Lead Free Status / Rohs Status: Lead free / RoHS Compliant
• Other names: 403-1043

Explanation of Specifications
MAx RECOMMENDED VALUES
MAX ANGULAR ACCELERATION
MECHANICAL TIME CONSTANT
AVERAGE NO LOAD CURRENT
TYPICAL STARTING VOLTAGE
INTRINSIC PARAMETERS
MOTOR PART NUMBER
TERMINAL RESISTANCE
BACK-EMF CONSTANT
MEASURING VOLTAGE
MAX CONT CURRENT
MOTOR REGULARION
ROTOR INDUCTANCE
MAX CONT TORQUE
TORQUE CONSTANT
NO LOAD SPEED
ROTOR INERTIA
STALL TORQUE
14000
12000
10000
8000
6000
4000
2000
0
0
mNm/A (oz-in/A)
mNm (oz-in)
mNm (oz-in)
V/1000 rpm
Speed vs Torque curve • 16N28 at 18V
Working range
10
10
kgm
Continuous
1.337 2.673
3
ohm
3
rpm
mA
mH
ms
rad/s
/Nms
V
V
A
2
10
-7
2
16N28 205E
17.3 (2.45)
2.9 (0.41)
2.5 (0.35)
9600
0.45
0.15
0.55
182
109
360
4.9
1.8
18
20
3
4.01 5.347 6.683
Minimum torque required to stall the motor or stop the motor shaft from rotating at measuring voltage
This is the the speed at which motor turns when the measuring voltage is applied with out any load
Is the DC voltage on the motor terminals and is the reference at which all the data is measured
M (m Nm )
The maximum current that can be passed through the motor with out overheating the coil
The current drawn by the motor at no load while operating at the measured voltage
The minimum voltage at which the motor shaft would start rotating at no load
The maximum torque that can be applied without overheating the coil
The maximum feasible rotor acceleration to achieve a desired speed
Order of magnitude mostly dependent on mass of copper rotating
Working range
Temporary
Resistance of the coil at a temperature of 22
Voltage induced at a motor speed of 1000 rpm
Product of motor regulation and rotor inertia
Torque developed at a current of 1 A
It is the slope of speed torque curve
Measured at a frequency of 1 kHz
8.02 9.356 10.69
ExPLANATION
o
C