| Model Number: | YL-195 |
|---|---|
| Brand Name: | YALONG |
| Place of Origin: | China (Mainland) |
Quick Details
Specifications
System profile
1. Motor is special, connected by precise lead raid with seat, to ensure concentricity.
2. 3-phase power supply, through 3-phase insulation transformer, low-voltage power supply, for human safety.
3. Speed and power measurement by high-performance precise mechanical servomotor, little friction, with high sensitivity and linearity.
4. The instrument is a patented product of Yalong, to measure rotation speed, torque and mechanical power precisely, shown by 3 sets of 3 1/2 digital numeric tubes, compact, nice and efficient.
Specifications and parameters
|
Serial number
|
apellationΩ
|
P N(w)
|
N (r/min)
|
UIN(v)
|
IIN(a)
|
U2N or UF(v)
|
IF(A)
|
Remark
|
|
1
|
phase transformer
|
220VA
|
|
127
|
|
50
|
|
C type
|
|
2
|
phase transformer
|
150VA
|
|
127
|
|
50
|
|
Shell type
|
|
3
|
3-phase transformer
|
50VA×3
|
|
127
|
|
50
|
|
Core type
|
|
4
|
DC recited generator
|
120
|
1000
|
110
|
1.1
|
110
|
|
|
|
5
|
DC recited generator
|
120
|
1000
|
110
|
1.58
|
110
|
|
Rf1 =620Ω
RF2 =43Ω
Ra=9.7Ω
|
|
6
|
DC Excited motor
|
120
|
1000
|
110
|
1.25
|
110
|
1.2
|
Ra=9.7Ω
Rf1=510Ω
|
|
7
|
3-phase cage asynchronous motor
|
100
|
1420
|
220
|
0.50
|
|
|
|
|
8
|
3-phase winding rotor asynchronous motor
|
120
|
1380
|
220
|
0.6
|
|
|
|
|
9
|
Synchronous generator
Synchronous generator
|
170
90
|
1500
1500
|
220
220
|
0.45
0.35
|
14
10
|
1.2
0.8
|
a same motor
|
|
10
|
1-phase capacitive asynchronous motor
|
120
|
1420
|
220
|
1.0
|
10
|
|
|
|
11
|
3-phase dual-speed cage asynchronous motor
|
120/90
|
2800/1400
|
220
|
0.6/0.6
|
|
|
|
|
12
|
High-performance permanent-magnetic DC power measurer
|
250
|
1500
|
110
|
2.8
|
|
|
Ra=3.1Ω
|
|
13
|
Permanent-magnetic DC speed measure generator (high-performance)
|
|
1500
|
36
|
|
|
|
High-performance
|
|
14
|
Rotation speed, torque and mechanical power measurement (3 1/2 digital)
|
|
|
|
|
|
|
3 1/2 digital
|
Remark: according to the customer's require to order the machine types
High-performance instruments
Testing motor-lead rail-speed and power measurement
Motor station speed, torque and mechanical power measurement on YL-196 trainer
Experiments
Experiment (1) Excited DC generator features measurement (4 hours)
Experiment (2) Excited DC motor features measurement (4~6 hours)
Experiment (3) Excited DC motor speed regulation features (2 hours)
Experiment (4) Serial excited DC motor mechanical features measurement(4 hours)
Experiment (5) 1-phase transformer features (2~4 hours)
Experiment (6) 1-phase transformer parallel operation (2 hours)
Experiment (7) 3-phase transformer wiring recognition and connection (2 hours)
Experiment (8) 3-phase cage asynchronous motor performance (4-6 hours)
Experiment (9) 3-phase cage motor mechanical features measurement(2 hours)
Experiment (10) 3-phase winding rotor asynchronous motor features (2-4 hours)
Experiment (11) capacitive 1-phase asynchronous motor features (2-4 hours)
Experiment (12) 3-phase synchronous motor features (2-4 hours)
Experiment (13) 3-phase asynchronous motor rotation control circuit (2 hours)
Experiment (14) Bench automatic forward-back movement control circuit (2 hours)
Experiment (15) 3-phase asynchronous motor sequence control circuit (2 hours)
Experiment (16) 3-phase asynchronous motor Y-Δ start control circuit (2 hours)
Experiment (17) 3-phase asynchronous motor ener-consumption circuit (2 hours)
Experiment (18) 3-phase winding rotor asynchronous motor start control circuit (2 hours)
Experiment (19) C620 Lathe Electrical Control Circuit (2 hours)
Experiment (20) M7130 Plane Grinding Machine Electrical Control Circuit (2 hours)
Experiment (2) Excited DC motor features measurement (4~6 hours)
Experiment (3) Excited DC motor speed regulation features (2 hours)
Experiment (4) Serial excited DC motor mechanical features measurement(4 hours)
Experiment (5) 1-phase transformer features (2~4 hours)
Experiment (6) 1-phase transformer parallel operation (2 hours)
Experiment (7) 3-phase transformer wiring recognition and connection (2 hours)
Experiment (8) 3-phase cage asynchronous motor performance (4-6 hours)
Experiment (9) 3-phase cage motor mechanical features measurement(2 hours)
Experiment (10) 3-phase winding rotor asynchronous motor features (2-4 hours)
Experiment (11) capacitive 1-phase asynchronous motor features (2-4 hours)
Experiment (12) 3-phase synchronous motor features (2-4 hours)
Experiment (13) 3-phase asynchronous motor rotation control circuit (2 hours)
Experiment (14) Bench automatic forward-back movement control circuit (2 hours)
Experiment (15) 3-phase asynchronous motor sequence control circuit (2 hours)
Experiment (16) 3-phase asynchronous motor Y-Δ start control circuit (2 hours)
Experiment (17) 3-phase asynchronous motor ener-consumption circuit (2 hours)
Experiment (18) 3-phase winding rotor asynchronous motor start control circuit (2 hours)
Experiment (19) C620 Lathe Electrical Control Circuit (2 hours)
Experiment (20) M7130 Plane Grinding Machine Electrical Control Circuit (2 hours)