9.2 Technical specifications
e.37
e.38
e.39
High-Inertia Load Start up Delay
Thermal Machine Cooling Time
Undercurrent
Undercurrent Disconnection Type (UC)
Undercurrent Adjusting (% Inom)
Undercurrent Adjusting (PF)
Trip Delay
because of UC
Start Up Delay because of UC
Third Failure Detection
Permanent disconnection
because of Third Failure
Trip delay because of
acceleradted locked rotor
5% 50%
5 35
2 Hours (from 1 to 1/3 or from 1/3 to 1)
100%
CUB > 48%
CUB > 60%
YES/NO
1
2
YES/NO
400%
20 120
50 x Thermal Class
YES/NO
% Inom / Power Factor (PF)
30% 90%
0.3 0.9
5 600
2 500
YES/NO
3 Current failures in less than 105 min
3
g/lb
04 12
IEC61010-1, IEC60255-6
IEC60947-1
CE (pending), Low Voltage Devices
-5 ºC to 55 ºC (23 ºF to 131 ºF)
-10 ºC to + 70 ºC (14 ºF to 158 ºF)
85% R.H.
Class 1, Amplitude <0.035mm or 1G
10Hz < f < 150Hz
IP20, Protected against objects > 12.5mm,
Flat surface mounting, screw 3/16” x1/2”
but no protection against water
Degree 3
Category III
500V
5 KV
2,5 KV 50/60 Hz@1min
V-0
Any Position
Symmetrical DIN Rail
Flat M3
5.1 Kgf x cm (4.4 lb x in)
10-18WG
Øŭ11mm AWG 4
92 x 91 x 96 (LxWxH)
494 (1,09)
Output Contact Rating
Electrical Life Expectancy
Mechanical Life Expectancy
Utilization Category
B 300 Pilot Duty
1 A@240 VAC/0,5 A@480 VAC
100.000 Operations
10.000.000 Operations
AC-15, Capacity for loads> 72 VA
c.1
c.2
c.3
c.4
C) Control Characteristics
US Standards
IEC60947-5-1
B)
Environmental Conditions, Operation Limits and Installing
D) Range Setting, Measuring
A,
±
2%
accuracy
VAC ± 2%
accuracy
Voltage Measurement Range, Um
(According to Voltage Model) 240 480
d.1 0 312 0 672
d.2
(According to Current Model) 32 80
Current Measurement Range, Im
1.5 40
0.3 125
1 320 2.5 800
VAC
A) Power Supply Circuit
440/480
Rated Voltage, Ue
Voltage Operation Limits, Ue
Average Comsumption, In
Rated Frequency, FN
Frequency Operation Limits, FN
Rated Duty
208/220/240
45 mA
50/60 Hz
42 70Hz
Uninterrupted Duty
a.1
a.2
a.3
a.4
a.5
a.6
VAC
145 312 264 672 VAC
b.1
b.2
b.3
b.4
b.5
b.6
b.7
b.8
b.9
b.10
b.11
b.12
b.13
b.14
b.15
b.16
b.17
b.18
b.19
b.20
b.21
Designed according
to European Standards
Designed according to US Standards
CE Marking
Ambient Air Temperature (Operation)
Ambient Air Temperature (Storage)
Maximum Relative Humidity
Vibrations
Degree of Protection
Pollution Degree
Overvoltage Category
Rated Insulation Voltage
Impulse Voltage Test
Impulse Dielectric Test
Flammability Rating of Enclosure
Enclosure Material
Mounting Position
Mounting Features
Terminal Screw Type
Tightening Screw Torque
Terminals Wiring
Current Sensing holes for Motor Wiring
Dimensions
Weight
LVD & EMC
IEC60947-1
IEC
60255-21-1
IEC 60529
IEC 60255-5
IEC 60255-5
IEC 60255-5
IEC 60255-5
IEC 715,
DIN 43880
NEMA Style
04 12.5 32 80
1.5 4
3.5 12.5
10 32 25 80
A
1%
8%
4%
4%
4%
1%
Frequency Range
Instantaneous Power Factor
Instantaneous Reactive Power KVA
Instantaneous Real Power KW
Energy KWH
Total Motor Running Time (hours)
Other measured parameters
d.3
d.4
d.5
d.6
d.7
d.8
45.0 70.0 Hz
0.00 1.00
0.0 999.9 KVA
0.0 999.9 KW
0 999999 KW/H
0 999999 H
E) Algoritms and Protection Functions
(According to Operation Voltage )
2% 10%
IN VUB > 33%, OUT VUB < 28%
50 or 60 Hz
2% 10%
Normal Phase Sequence A>B>C , Reversed Phase Sequence C>B>A
< 1 s
1 30 s
0 600 s
3 s
Auto/Manual
50 x
Thermal Class
165 225 350 460
240 480
215 270
460 580
VAC
Undervoltage (UV)@Imotor= 0 or OL
Overvoltage (OV) @ Imotor
=
0 or OL
Voltage Hysteresis Threshold
Voltage Unbalance Detection (VUB)
Rated Frequency
Tolerance for Frequency Shift (FS)
Phase Reversal (PR)
Trip Delay
because of
Phase Reversal (PR)
Trip Delay
because of
Another Voltage Failures (TD)
Start Up Delay (TC)
Start Mode
Minimum Time Between Two Start Up
Nominal Current Setting
Overload Level Setting (OL)
e.1
e.2
e.3
e.4
e.5
e.6
e.7
e.8
e.9
e.10
e.11
Single Phasing (VSP)
e.12
e.13
e.14
e.15
e.16
e.17
Thermal Class Setting
Dynamic Setting of Motor
Model (Cold Curve/Hot Curve)
e.18
Current Unbalance (CUB)
Current Stall Phase (CSP)
e.19
e.20
e.21
e.22
e.23
e.24
e.25
612 VAC
Level settings
(According to Operation Current)
User
selection
s
A
Inom. Level settings
Level settings
IEC 60255-8
IEC 60255-8-1990
IEEE Std.
C37.112-1996
Accelerated Locked Rotor
Detection (LR)
Trip delay because of CSP
High-Inertia Load Option
e.26
e.27
High-Inertia Load Heat Threshold
User selection
Heat setting
to 100%
Trip Delay because of CUB
User
selection.
e.28
e.29
e.30
e.31
e.32
e.33
s. Level settings
s
s
e.34
e.35
Inom. Level settings
Level settings
s. Level settings
Min. Level settings
Level settings
IEEE Std
C37.112-1996
e.36
s
s
Trip Delay because of VSP
Level
settings
Level
settings
Level settings
Level settings
Level setting
Level settings
s
Trip Delay because of Overload
