Specifications

Remarks
(1) Indicators with a LEAD 0–1–0 LAG scale can also be manufactured; however, measured values for
power factors of 0.5 or less are for reference only.
(2) Use with an input current of 1/5 (e.g. 1A) or more of the rated current (e.g. 5A). The error increases
as the input current decreases.
(3) In a power OFF or no-load state, the pointer of the power factor meter stops at the mechanical zero
point; black point near the power factor of 1.
(4) The T-100 rectifier is a dedicated accessory (non-compatible accessory), and thus cannot be used in
combinations other than those designated for the indicators.
(5) Models with a current rating of 1A can also manufactured; the power consumption is basically the same as that of a 5A model.
(6) Four-quadrant power factor meters can also be manufactured for LI-1NPF 3-phase, 3-wire balanced circuits. Please contact a Mitsubishi Electric
representative for details.
(7) The weight of the T-100 rectifier is approximately 0.9kg.
(8) Cannot use with unbalanced loads.
(9) Please specify the frequency in the case of the power factor meter for 1-phase, 2-wire systems.
(10) Use with a positive phase sequence.
(11) In the case of a negative phase sequence input with a 3-phase, 3-wire circuit, LEAD and LAG are indicated in an inverted manner. Indicators return to
normal operation when the connections of the P2 and P3 circuits of the voltage input terminals are interchanged.
(12) Please make sure to read the “Safety Precautions” (pp.5-8) and the “Selection Precautions” (p.9) to assist in selecting the model and use specifications
suited to the application.
Power Factor Meters
Mechanical Indicators
61
Specifications
Size (width ✕ height) mm
Model name
Operation principle
Accuracy (grade)
Scale
Frequency
Scale length (mm)
Weight (kg)
Indicator rating and delivery
period classification
Rectangular indicators
64✕60
YP-206NPF
85✕75
YP-208NPF
100✕85
YP-210NPF
82✕82
YP-8NPF
102✕102
YP-10NPF
Page with outer dimensions drawing
Y-2N Series Y-N Series
55
0.07
70
0.1
85
0.1
70
0.2
90
0.2
Transducer
5
LEAD 0.5~1~0.5 LAG
50 and 60Hz
Transducer
5
LEAD 0.5~1~0.5 LAG
50 and 60Hz
3635
T-100
T-100
Circuit
3-phase 3-wire
balanced circuit
1
2
1
1


I
1
Voltage circuit
Delivery period
classification
Accessory
Voltage circuit
Delivery period
classification
Accessory
Voltage circuit
Delivery period
classification
Accessory
Voltage circuit
Delivery period
classification
Accessory
Voltage circuit
Delivery period
classification
Accessory
Consumption VA
Current circuit
T-100
T-100
1
2
1
1


I
1
Consumption VA
Current circuit
T-100
T-100
1
2
1
1


I
1
Consumption VA
Current circuit
—
—
1
2
1
1


I
1
Consumption VA
Current circuit
—
—
1
2
1
1


I
1
Consumption VA
Current circuit
Rating
110V 5A
220V 5A
LP-110NPFYP-12NPF
For balanced circuits
Specify in the case of a 1-phase, 2-wire system.
Model name
Cover type Special specifications
YP-12NPF 3P3W B 50Hz
Colored lines, colored
bands, etc.
110V 5A
Scale Frequency
LEAD0.5-1-0.5LAG
Phase-wire system
Indicator rating
The items in must be specified.
Number of
units
3
Ordering method
Standard
product
Immediate delivery
 Quasi-standard
product
Within 20 days
Special
product
21 to 60 days
Symbol
Reference delivery period
Delivery period classification
Size (width ✕ height) mm
Model name
Operation principle
Accuracy (grade)
Scale
Frequency
Scale length (mm)
Weight (kg)
Indicator rating and delivery period
classification
Rectangular indicators
Y-N Series
Wide-angle indicators
L-N Series
122✕122
YP-12NPF
Page with outer dimensions drawing
100
0.4
124
0.4
175
0.5
80✕80
LP-80NPF
110✕110
LP-110NPF
Transducer
5
LEAD 0.5~1~0.5 LAG
1-phase 2-wire: specify 50Hz or 60Hz
3-phase 3-wire: 50 and 60Hz
Transducer
5
LEAD 0.5~1~0.5 LAG
1-phase 2-wire: specify 50Hz or 60Hz
3-phase 3-wire: 50 and 60Hz
3736
—
—
—
—
Circuit
1-phase 2-wire
3-phase 3-wire
balanced circuit
110V 5A
220V 5A
110V 5A
220V 5A
1.3
2.6
1
2
0.5
0.5
1
1



I
1
Voltage circuit
Delivery period
classification
Accessory
Voltage circuit
Delivery period
classification
Accessory
Voltage circuit
Delivery period
classification
Accessory
Consumption VA
Current circuit
I
1
Consumption VA
Current circuit
I
1
Consumption VA
Current circuit
—
—
1
2
1
1


—
—
—
—
1.3
2.6
1
2
0.5
0.5
1
1



Rating
—