HIMAP+HICAM (їµ)PDF

HIMAP &
HICAM
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CONTENTS
HIMAP
HICAM
Characteristics ・・・・・・・・・・・ 04
Display ・・・・・・・・・・・・・・・ 10
Characteristics ・・・・・・・・・・・ 30
Display ・・・・・・・・・・・・・・・ 32
Connection Diagram ・・・・・・・・ 34
View & Dimension ・・・・・・・・・ 35
Power Management System Using
HIMAP & HICAM(HIPMS) ・・・・・・ 12
Setting Range ・・・・・・・・・・・ 14
Connection Diagram ・・・・・・・・ 18
Terminal Block Pin Specification ・・・25
Characteristic Curve ・・・・・・・・ 26
Order Form ・・・・・・・・・・・・ 28
View & Dimension ・・・・・・・・・ 29
Hyundai Intelligent
Measuring &
Protection Device
Hyundai Intelligent
Communication &
Measuring Device
Protection
Relay
Function
Event
Record
Function
Fault Wave
Record
Function
Circuit Breaker
Remote Control
Function
Communication
Function
Measuring
Function
Hyundai Intelligent Measuring & Protection Device
HIMAP is a multifunctional digital protection relay that has a
protection function to protect incoming and feeder lines, the
motor and the transformer.
It also has various kinds of measuring functions to check
synchronization and a communication function for the Power
Management System(HIPMS) to supervise operating conditions.
1
Easy Installation and Maintenance
HIMAP is designed with a removable
case so that the external electric lines can
be connected to the inner part for easy
installation and maintenance.
2
Use of a Digital Filter
HIMAP uses a digital filter, which prevents
any harmonic effects from the high
frequency on the power line.
3
Self-diagnosis Function
HIMAP has a self-diagnosis function set
to observe any system failures, send an
alarm signal, and display it on the VFD
window.
HIMAP
｜ Hyundai Intelligent Measuring & Protection Device ｜
Characteristics
▶ Excellent operating characteristics using a 32 bit microprocessor.
▶ Easy to operate using an interactive menu system.
▶ Easy to connect monitoring system & local computer using four communication channels.
▶ Increased reliability using a self-diagnostic function.
▶ Designed for operator’s convenience.
Fault / Event Recording Function
HIMAP saves fault events up to 100. Each event data has a fault phase, pick up ratio, operating time and fault date.
Also, for the latest fault, HIMAP saves a fault wave which is 300 cycles with the resolution 36 sampling / cycle.
This can be transfer to monitoring system by communication port.
Circuit Breaker Remote Control Function
HIMAP remotely controls circuit breakers by means of the command from SCADA Systems and
controls the load of power in the computer through RS-485 communication port.
If there is interfacing with another company’s monitoring system, it is easy to connect both systems
because our communication control device provides various interface ports and protocols.
◀06 ｜ 07▶
Harmonic Analysis Function
▶ Harmonic contents(1st~11th) for three phase current can be measured. (THD, TDD)
▶ Harmonic contents for three phase fault wave can be analyzed using HIMAP manager program.
Vector Diagram
+90°
a
c
c▼
180°
0°
1a
=
3.56 ∠ 181.85°
1b
=
3.53 ∠ 352.31°
1c
=
3.57 ∠ 183.83°
Vab
=
0.23 ∠ 260.47°
Vbc
=
0.22 ∠ 259.81°
Vca
=
0.16 ∠ 260.56°
-90°
Harmonic Analysis
100.0
1a 1b 1c
THD(0) =
68.90(%)
80.0
1CPU
60.0
THD(1) =
69.57(%)
40.0
20.0
THD(2) =
68.63(%)
0.0
2
3
4
5
6
7
8
9
10
11
HIMAP
｜ Hyundai Intelligent Measuring & Protection Device ｜
Characteristics
Protection Relay Function
Model
Protection Object
HIMAP–FI
Incoming Feeder
Relay Function
•OCR(50/51)
•OCGR(50G/51G)
•DGR(67G)
•SGR(67G)
•OVR(59)
•OVGR(64)
•UVR(27R/27M/27S) •PSR(47P/47N)
Motor
HIMAP–M
HIMAP-T
HIMAP-SC
Transformer
Syncro-Check
•Closing/Trip coil supervision(94)(Option)
•OCR(50)
•51LR
•THR(49)
•NSR(46)
•NCHR(66)
•UCR(37)
•OCGR(50G/51G)
•DGR(67G)
•SGR(67G)
•DFR(87M)
•Closing/Trip coil supervision(94)(Option)
•DFR(87T)
•OCR(50/51P)✽
•OCGR(50G/51G)
•DGR(67G)
•SGR(67G)
•Closing/Trip coil supervision(94)(Option)
•SCR(25)
•OCR(50/51S)✽
•UVR(27)
※ HIMAP-T Type has 2 OCRs. P means primary and S means secondary.
Measuring Function
HIMAP has a measuring function as shown in the below table. It displays the value of each measurement on the
VFD window by operating a menu key and then transfers and displays the data on the HIMIX window, which has an
outside digital indicator connected by a communication cable.
Various kinds of measuring values are converted to a primary value by input of a CT/PT ratio and then displayed on
the VFD window.
Measuring
Display
Accuracy (%)
0~999999 V
±0.5
Current(Ir, Is, It, Io, Ips, Ins, Iavg, ITHD, ITDD)
0~999999 A
±0.5
Real Power
0~99999999 kW
±0.5
Reactive Power
0~99999999 kvar
±1.0
Apparent Power
0~99999999 kVA
±1.0
Accumulated Real Energy
0~99999999 kWh
±1.0
Accumulated Reactive Energy
0~99999999 kvarh
±1.0
Power Factor
-1.0~1.0 PF
±0.5
Power
Voltage(Vrs, Vst, Vtr, Vo, Vps, Vns, Vavg, Vomax)
Frequency
45~65 Hz
※ CT/PT ratio will be set by using relay control keys and then displayed via VFD window.
The values will be saved at flash memory even though the power line will be off.
±0.01 Hz
◀08 ｜ 09▶
Communication Function
HIMAP has four communication ports. RS-485 ports transfer all information related to relay operation status,
measuring information, and operation status of circuit breakers. This information is then perceived by HIMAP and
sent to communication control device at the speed of 62.5 K bps, using RS-485 HDLC frame protocol and NRZI
mode of synchronous communication.
The communication control device connects a master PC to the Power Management System (HIPMS) at the speed
of 10M bps by Ethernet, TCP/IP. Please refer to the HIPMS manual for details on the monitoring function.
HIMIX communication port transfers kinds of measuring values optional to HIMIX at the speed of 9600 bps.
The external port of HIMAP transfers the fault record from a site to the PC for analysis, changes the relay element
value to a correct one, and is an RS-232C communication port to monitor the status of all kinds of protection relay.
Interface with SCADA
Communication Control Device
Type of Communication
Protocol
HiCM860S
Ethernet
Modbus / TCP
HiCM-PC
RS-232, 422, 485
Modbus / RTU
HIMAP
｜ Hyundai Intelligent Measuring & Protection Device ｜
Display
Front View
Display Window(VFD)
Internal Case
Exterior Case
System Status Indicator
CB Status
(Normal Operation,
System Fail, Fault)
CB Control
Display Key
Input Key
Select Switch
& Led
RS232 Port
Movement Key
Set
ACK
◀10 ｜ 11▶
Specification
Item
Rating
Accuracy
Temperature
Insulation
Resistance
Voltage
Withstand
Overland
Withstand
사양
Current
1 A or 5 A, Burden : Below 0.1 VA/Phase
Voltage
110 V or 190 V, Burden : Below 0.3 VA/Phase
Frequency
50 Hz or 60 Hz
Measuring
±0.5 %
Protection Relaying
±2 %
Operation Guarantee
-10 ℃ ~ 55 ℃
Restoration Guarantee
-25 ℃ ~ 70 ℃
Circuits-Ground
10 MΩ
Between Circuits
5 MΩ
Between Contacts
5 MΩ
Power Frequency
AC 60 Hz 2000 V/1 Min
Lightning Impulse
1.2/50 ㎲ 5 kV
Current Circuit
Rating Current × 3 : 3 hours / Rating Current × 20 : 2 sec
Voltage Circuit
Rating Voltage × 3 : 3 hours
Control Power
Rating Voltage × 1.3 : 3 hours
Control Power Interruption
Maximum 300 ms
Control Power
AC/DC 95 V ~ 250 V 50/60 Hz
Standards
IEC 60255 / KEMC 1120 / IEC 61000-4
Communication Type
RS-485 Multi Drop
Protocol
HD-BUS / DNP 3.0
Size
202.5 (W) × 156 (H) × 251.5 (D)
Weight
4.5 kg
I / O Point
Item
Input
Point
Remark
AI
Voltage
4
Default
AI
Current
4
Default
DI
5
Default
DO
7
Default(R1~R7) (21~34)
Output
31, 32(R6) : Remote CB On
33, 34(R7) : Remote CB Off
HIMAP
｜ Hyundai Intelligent Measuring & Protection Device ｜
Power Management System Using HIMAP & HICAM (HIPMS)
System Configuration
Remote HIPMS Station
To Wide and
Local Area Networks
Enterprise Management Network
Maintenance
Management
System
Router
HIPMS Server
Operator Station
Operating
Management
System
Redundant Ethernet Network 10/100Mbps(Fiber Optic)
FEP
HICM-860S
or
HICM-PC
HICM-860S
or
HICM-PC
HICM-860S
or
HICM-PC
HICAM
Net-MPM
HR-256 Module(RTU)
HRC-Net Module(RTU)
Max 32 Nodes
Display Configuration
Fault Analysis
Network Status
System Configuration
Remote Setting
Alarm
System Diagram
Report Menu
HIMAP Menu
◀12 ｜ 13▶
Alarm Printer
Graphic Panel
External System
Network
Report Printer
Graphic Driver
Color Hard Copler
HICM-860S
or
Gateway
Web Server
HICM-PC
HIMAP
HIMIX
Web Client
Max 32 Nodes
S/S SWGR Configuration
HIMAP Detail
Trend
Trend Report
Point Report
Regular Report
Web Client
HIMAP
｜ Hyundai Intelligent Measuring & Protection Device ｜
Setting Range
FI Type
Mode
OCR
(50/51)
OCGR
(50G/51G)
UVR
(27R)
UVR
(27M)
UVR
(27S)
47P
POR
47N
OVR
(59)
OVGR
(64)
DGR
(67GD)
SGR
(67GS)
Current
Inverse, Very Inverse, Extremely Inverse
Definite
Instant
(0.2~2.4) × In (Time Delay) (0.1 A Step)
(1~18) × In (0.1 A Step)
Time
Below 0.05 sec
0.05~10.0 sec (0.01 sec Step)
0.05~10.0 Tap (Time Delay) (0.01 Step)
Mode
Instant
Definite
Inverse, Very Inverse, Extremely Inverse
Current
(0.02~1.0) × In (Time Delay) (0.1 A Step)
(0.1~12) × In (0.1A Step)
0.05~10.0 sec (0.01 sec Step)
0.05~10.0 Tap (Time Delay) (0.01 Step)
-
Definite
-
-
(0.2~0.5) × Vn (0.1 V Step)
-
Time
-
0.1~10.0 sec (0.1 sec Step)
-
Mode
-
Definite
-
Voltage
-
(0.5~1.0) × Vn (0.1 V Step)
-
Time
-
0.1~10.0 sec (0.1 sec Step)
-
Mode
-
Definite
-
Voltage
-
(0.5~1.0) × Vn (0.1 V Step)
-
Time
-
0.1~10.0 sec (0.1 sec Step)
-
Mode
-
Definite
-
Voltage
-
(0.5~1.0) × Vn (0.1 V Step)
-
Time
-
0.1~10.0 sec (0.1 sec Step)
-
Mode
-
Definite
-
Voltage
-
(0.02~0.5) × Vn (0.1 V Step)
-
Time
-
0.1~10.0 sec (0.1 sec Step)
-
Mode
-
Definite
Inverse
Voltage
-
Time
-
Mode
Instant
Time
Below 0.05 sec
Mode
Voltage
(1.1~1.45) × Vn (0.1 V Step)
0.1~10.0 sec (0.1 sec Step)
0.05~10.0 Tap (Time Delay) (0.01 Step)
-
Inverse
Voltage
(0.11~0.5) × Vn (0.1 V Step)
Time
Below 0.05 sec
Mode
Definite
Current
(0.04~0.4) × In (0.1 A Step)
Voltage
(0.1~0.2) × Vn (0.1 V Step)
Time
0.1~10.0 sec (0.1 sec Step)
Angle
10°~ 45°(1°Step)
Mode
Definite
Current
1~10 mA (0.1 mA Step)
Voltage
(0.1~0.2) × Vn (0.1 V Step)
Time
0.1~10.0 sec (0.1 sec Step)
Angle
45°~75°(1°Step)
※ - In: Rating Current, Vn: Rating Voltage
- Example HIMAP Setting; In: 5 A, OCR: (1~18)×In → 5~90 A
-
0.05~10.0 Tap (Time Delay) (0.01 Step)
◀14 ｜ 15▶
M Type
Thermal Current
(0.1~1.2) × In (0.1 A Step)
THR
Cold Limit
0.5~180 sec (0.1 sec Step)
(49)
Hot Limit
0.5~180 sec (0.1 sec Step)
τc/τh
0.1~20 (0.1 Step)
Start Current
(0.2~14.4) × In (0.1 A Step)
Start Time
1.0~60.0 sec (0.1 sec Step)
Rocked Rotor Current
(0.2~6.0) × In (0.1 A Step)
Rocked Rotor Time
1.0~4.0 sec (0.1 sec Step)
51LR
Mode
OCR
(50)
Current
Instant
Time
MPR
Below 0.05 sec
Mode
Instant
Current
(0.1~4.0) × In (0.1 A Step)
Time
Below 0.05 sec
Mode
Definite
UCR
Maximum Current
(0.04~0.5) × In (0.1 A Step)
(37)
Minimum Current
(0.04~0.5) × In (0.1 A Step)
Time
0.1~10.0 sec (0.1 sec Step)
Mode
Definite
Current
(0.1~0.5) × In (0.1 A Step)
Time
0.1~10.0 sec (0.1 sec Step)
Allow Time
1~60 min (1 min Step)
Number of Start
1~16
Limit Time
1~60 min (1 min Step)
Thermal Limit(θd)
40~100% (1% Step)
50H
NSR
(46)
NCHR
(66)
Mode
87M
Current
Instant
Mode
(50G/51G)
DGR
(67GD)
SGR
(67GS)
0.05~10.0 sec (0.01 sec Step)
Definite
(0.04~0.4) × In (0.1 A Step)
Time
OCGR
Definite
(0.2~18) × In (0.1 A Step)
Below 0.05 sec
Instant
Current
Definite
(0.1~12) × In (0.1 A Step)
Time
Below 0.05 sec
Mode
Definite
0.05~10.0 sec (0.01 sec Step)
Current
(0.04~0.4) × In (0.1 A Step)
Voltage
(0.1~0.2) × Vn (0.1 V Step)
Time
0.1~10.0 sec (0.1 sec Step)
Angle
10°~45°(1°Step)
Mode
Definite
Current
1~10 mA (0.1 mA Step)
Voltage
(0.1~0.2) × Vn (0.1 V Step)
Time
0.1~10.0 sec (0.1 sec Step)
Angle
45°~75°(1°Step)
※ - In: Rating Current, Vn: Rating Voltage
- Example HIMAP Setting; In: 5 A, OCR: (1~18)×In → 5~90 A
0.05~10.0 sec (0.01 sec Step)
Inverse, Very Inverse, Extremely Inverse
(0.02~1.0) × In (Time Delay) (0.1 A Step)
0.05~10.0 Tap (Time Delay) (0.01 Step)
HIMAP
｜ Hyundai Intelligent Measuring & Protection Device ｜
Setting Range
T Type
Mode
Instant
Prim. Current
(0.2~1.2) × In (0.1 A Step)
Sec. Current
(0.2~1.2) × In (0.1 A Step)
Inst. Ratio
500~1500% (1% Step)
DFR
Diff. Ratio
20~50% (1% Step)
(87T)
Bias Ratio
20~50% (1% Step)
2nd Harmonic Ratio
10~30% (1% Step)
TR Type
Dy1, Dy11, Yd1, Yd11, ……………, Dd0, Yy0
Zero Comp.
Enable, Disable
Time
Below 0.05 sec
Mode
Instant
OCRP
(50P/51P)
OCRS
(50S/51S)
OCGR
(50G/51G)
DGR
(67GD)
SGR
(67GS)
Current
Definite
(1~18) × In (0.1 A Step)
Inverse, Very Inverse, Extremely Inverse
(0.2~2.4) × In (Time Delay) (0.1 A Step)
Time
Below 0.05 sec
0.05~10.0 sec (0.01 sec Step)
0.05~10.0 Tap (Time Delay) (0.01 Step)
Mode
Instant
Definite
Inverse, Very Inverse, Extremely Inverse
Current
(1~18) × In (0.1 A Step)
(0.2~2.4) × In (Time Delay) (0.1 A Step)
Time
Below 0.05 sec
0.05~10.0 sec (0.01 sec Step)
0.05~10.0 Tap (Time Delay) (0.01 Step)
Mode
Instant
Definite
Inverse, Very Inverse, Extremely Inverse
Current
(0.1~12) × In (0.1 A Step)
Time
Below 0.05 sec
Mode
Definite
Current
(0.04~0.4) × In (0.1 A Step)
Voltage
(0.1~0.2) × Vn (0.1 V Step)
Time
0.1~10.0 sec (0.1 sec Step)
Angle
10°~45°(1°Step)
Mode
Definite
Current
1~10 mA (0.1 mA Step)
Voltage
(0.1~0.2) × Vn (0.1 V Step)
Time
0.1~10.0 sec (0.1 sec Step)
Angle
45°~75°(1°Step)
0.05~10.0 sec (0.01 sec Step)
※ - In: Rating Current, Vn: Rating Voltage
- Example HIMAP Setting; In: 5 A, OCR: (1~18)×In → 5~90 A
(0.02~1.0) × In (Time Delay) (0.1 A Step)
0.05~10.0 Tap (Time Delay) (0.01 Step)
◀16 ｜ 17▶
SC Type
25A
25B
Mode
Definite
Time
0.1~15.0 sec (0.1 sec Step)
Voltage
(0.02~0.7) × Vn (0.1 V Step)
Phase
0°~100°(1°Step)
Frequency
0.01~5.0 Hz (0.01 Hz Step)
Mode
Definite
Time
0.1~15.0 sec (0.1 sec Step)
Voltage
(0.02~0.7) × Vn (0.1 V Step)
Phase
0°~100°(1°Step)
Frequency
0.01~5.0 Hz (0.01 Hz Step)
Mode
Definite
Voltage
(0.5~1.0) × Vn (0.1 V Step)
Time
0.1~10.0 sec (0.1 sec Step)
UVR
(27S)
HIMAP
｜ Hyundai Intelligent Measuring & Protection Device ｜
Connection Diagram
HIMAP-FI(3CT, 3PT)
R
S
T
R1
PT / GPT
21
9
22
DISPLAY
10
11
R2
23
12
13
24
14
R3
Relay
CPU
15
16
26
R4
Output
27
28
GPT
3rd
CB
Programmable
25
R5
29
1
30
2
R6
31
3
50
4
5
CT
51
6
7
32
R7
33
34
50G
8
Local/
Remote
CB On
Local/
Remote
CB Off
35
NA
51G
36
27
37
CCS
38
47P
Option
39
R
S
T
DC 24 V
2
50
52a
CT
40
41
42
64
43
44
4
5
47N
59
1
3
TCS
52b
51
67G
46
6
Remote
47
52
Vp
7
ZCT
NA
45
8
DI1
DI2
Power
61
63
P
N
FG
RS485
(Scada)
64
KEYBOARD
65
Vp
Vn
Control
60
62
54
59
When using ZCT
(SGR)
Vn
53
48
66
67
RS485
(HIMIX)
68
Option
◀18｜ 19▶
HIMAP-FI/M(2CT, 2PT)
R
S
T
R1
PT × 2
21
9
22
DISPLAY
10
11
R2
23
12
13
24
14
R3
Relay
CPU
15
26
R4
16
Programmable
25
Output
27
28
CB
R5
29
1
30
2
R6
31
3
50
4
5
CT
51
6
7
32
R7
33
34
50G
8
Local/
Remote
CB On
Local/
Remote
CB Off
35
ZCT
NA
51G
36
27
37
CCS
38
47P
Option
39
R
S
T
DC 24 V
TCS
47N
40
59
50
52a
41
42
64
43
44
52b
51
67G
NA
45
46
Remote
47
52
Vp
DI1
DI2
Vn
53
61
63
P
N
FG
RS485
(Scada)
64
KEYBOARD
65
Vp
Vn
Power
60
62
54
59
Control
48
66
67
RS485
(HIMIX)
68
Option
HIMAP
｜ Hyundai Intelligent Measuring & Protection Device ｜
Connection Diagram
HIMAP-M
R
S
T
R1
PT / GPT
21
22
9
DISPLAY
10
11
R2
23
12
13
24
14
R3
Programmable
25
Relay
CPU
15
16
R4
Output
27
28
GPT
3rd
CB
26
R5
29
30
1
2
R6
31
3
MPR
4
5
CT
32
R7
33
(50H /
6
34
7
8
49 /
35
51LR /
36
Local/
Remote
CB On
Local/
Remote
CB Off
NA
37
46 /
CCS
38
37 /
DC 24 V
50
R
S
52a
T
1
2
52b
51
Remote
66)
40
50
41
50G
43
51G
45
6
42
44
52
67G
Vn
DI1
53
48
60
61
62
63
7
ZCT
DI2
54
8
59
Control
Power
P
N
FG
RS485
(Scada)
64
KEYBOARD
65
Vp
Vn
When using ZCT
(SGR)
NA
47
Vp
5
CT
TCS
46
3
4
Option
39
66
67
RS485
(HIMIX)
68
Option
◀20 ｜ 21▶
HIMAP-M(87M)(Self-balancing Type)
R
S
T
R1
21
1
DISPLAY
2
3
22
R2
23
4
24
5
CT
CPU
6
R3
Programmable
25
Relay
7
26
8
R4
Output
27
28
R5
29
9
30
10
MPR
11
12
31
(50H /
13
CT
R6
32
R7
14
33
49 /
34
15
16
GPT
3rd
51LR /
35
46 /
36
Local/
Remote
CB On
Local/
Remote
CB Off
NA
37
37 /
CCS
38
DC 24 V
52a
52b
Remote
R
S
66)
Option
39
TCS
87M
40
50
41
50G
43
51G
45
50
51
52
42
44
T
46
1
DI1
53
67G
47
2
Vp
3
Vn
4
DI2
54
8
Power
When using ZCT
(SGR)
P
N
FG
RS485
(Scada)
65
Vn
7
Control
61
64
KEYBOARD
Vp
ZCT
60
63
59
6
48
62
5
CT
NA
66
67
RS485
(HIMIX)
68
Option
HIMAP
｜ Hyundai Intelligent Measuring & Protection Device ｜
Connection Diagram
HIMAP-M(87M)(Differential Type)
R
S
T
R1
21
1
DISPLAY
2
3
22
R2
23
4
24
5
CT
CPU
6
R3
Programmable
25
Relay
7
26
8
R4
Output
27
9
10
28
11
R5
29
12
30
13
14
MPR
R6
31
15
(50H /
16
R7
17
33
49 /
18
34
19
CT
32
20
51LR /
35
46 /
36
Local/
Remote
CB On
Local/
Remote
CB Off
NA
37
37 /
CCS
38
DC 24 V
52a
52b
Remote
66)
Option
39
TCS
87M
40
50
41
50G
43
51G
45
50
51
52
42
44
NA
46
DI1
53
67G
47
Vp
Vn
DI2
54
61
63
65
Vp
Vn
P
N
FG
RS485
(Scada)
64
KEYBOARD
Power
60
62
59
Control
48
66
67
RS485
(HIMIX)
68
Option
◀22 ｜ 23▶
HIMAP-T
R
S
T
R1
21
22
DISPLAY
CB
R2
23
1
24
2
3
R3
4
CT
Relay
CPU
5
6
Programmable
25
26
R4
Output
27
28
R5
29
30
TR
R6
31
87T
50P
7
32
R7
33
8
51P
9
50G
11
12
13
NA
36
51G
37
50S
38
CCS
14
15
16
CB
Local/
Remote
CB Off
35
10
CT
34
Local/
Remote
CB On
Option
39
51S
TCS
40
GPT
3rd
DC 24 V
67G
41
42
R
S
T
52a
43
50
44
2
52b
51
46
47
3
4
Remote
52
Vp
Vn
5
CT
NA
45
1
6
DI1
48
60
61
62
53
63
RS485
(Scada)
64
13
ZCT
DI2
54
14
59
When using ZCT
(SGR)
Control
Power
P
N
FG
65
KEYBOARD
Vp
Vn
66
67
RS485
(HIMIX)
68
Option
HIMAP
｜ Hyundai Intelligent Measuring & Protection Device ｜
Connection Diagram
HIMAP-SC
R
S
T
R1
PT
22
1
DISPLAY
2
3
Bus A
21
R2
23
4
5
24
6
R3
Programmable
25
Relay
R
S
CPU
T
PT
27S
9
Bus B
26
R4
10
28
R5
R
S
29
25A
T
PT
Bus C
11
30
R6
31
12
32
R
S
R7
T
33
25B
PT
34
13
Bus D
Output
27
Local/
Remote
CB On
Local/
Remote
CB Off
35
14
NA
36
37
CCS
38
Option
39
TCS
40
DC 24 V
41
42
43
50
52a
44
NA
45
52b
51
46
47
Remote
52
Vp
Vn
DI1
48
60
61
62
53
63
RS485
(Scada)
64
DI2
54
59
Control
Power
P
N
FG
65
KEYBOARD
Vp
Vn
66
67
RS485
(HIMIX)
68
Option
◀24 ｜ 25▶
Terminal Block Pin Specification
HIMAP-FI / M Type
P
N
60
61
62
63
64
65
66
67
68
41
42
43
44
45
46
47
48
50
51
52
53
54
55
56
57
58
59
21
22
1
2
23
24
3
4
25
26
5
6
27
28
7
8
29
30
9
10
31
32
11
12
33
34
13
14
35
36
15
16
37
38
17
18
39
40
19
20
Digital Output
Control Power Terminal
P
N
(+)
(-)
FG
Communication Terminal
60
61
62
63
64
65
Vp
Vn
S.G
Vp
Vn
HIMIX Communication
Terminal
66
67
68
Vp
Vn
N.A
41
42
43
44
45
46
47
48
N.A
Digital Input
50
51
52
53
54
55
56
57
58
59
52a
52b
Remote
D/I 1
D/I 2
N.A
Common
21
23
25
27
29
31
33
35
37
39
R1
R2
R3
R4
R5
R6(CB On)
R7(CB Off)
N.A
CCS
TCS
Analog Input
22
24
26
28
30
32
34
36
38
40
1
3
5
7
9
11
13
15
17
19
Ia
Ib
Ic
Io
Vab
Vbc
Vca
Vo
N.A
N.A
Terminal No.
Description
Application
50
51
52
53
54
21~22
23~24
25~26
27~28
29~30
31~32
33~34
35~36
37~38
39~40
CB On Status 52a
CB Off Status 52b
Remote Input
General DI
General DI
R1
R2
R3
R4
R5
R6(CB On)
R7(CB Off)
N.A
CCS
TCS
Fixed
Fixed
Fixed
Variable
Variable
Programmable
Relay Output
Fixed
Fixed
N.A
Fixed
Fixed
2
4
6
8
10
12
14
16
18
20
HIMAP
｜ Hyundai Intelligent Measuring & Protection Device ｜
Characteristic Curve
OCR & OCGR
Inverse
OP LEVEL 0.05~10.0
Very Inverse
0.01
OP LEVEL 0.05~10.0
0.01
MPR
Extremely Inverse
OP LEVEL 0.05~10.0
Current-Time Curve
THR(49), 51LR, 50
Locked Rotor
Cold Thermal Limit
Hot Thermal Limit
Stalled Rotor
0.01
◀26 ｜ 27▶
OVR
OVGR
Inverse
Very Inverse
OP LEVEL 0.05~10.0
OP LEVEL 0.05~10.0
0.01
0.01
DGR / SGR
DGR
SGR
Operation Area
Operation Area
HIMAP
｜ Hyundai Intelligent Measuring & Protection Device ｜
Order Form
HIMAP – ❶ – ❷ ❸ – ❹ (Option)
Relay Type
FI : Feeder / Incoming
M : Motor
87M : Big(over than 3000 kW) Motor
T : Transformer
SC : Synchro Check
Ground Fault Type
C : OCGR
D : DGR
S : SGR
Communication Function
C : RS-485
X : N.A
※ TCS(Trip Coil Supervision)
TCS Function
T : Required
X : N.A
Circuit breaker coil supervision with option.
※ Specify followings separately
- CT(Secondary) : 1 A
- CB On/Off Switch N.A
- 87M : Differential Type
- Frequency : 50 Hz
※ Refer to the following specification for more detail
relay function.
Relay Function
Table 1 (FI)
Item
C
D
S
OCR
●
●
●
OCGR
●
MPR
●
●
●
OCGR
●
87M
●
●
●
MPR
●
●
●
DGR
SGR
●
●
OVR
●
●
●
UVR
●
●
●
OVGR
●
●
●
PSR
●
●
●
Table 2 (M)
Item
C
D
S
DGR
SGR
Ordering Example
●
●
Table 3 (87M)
Item
C
D
S
OCGR
●
DGR
SGR
●
●
Remark
✽ 87M
Self balancing(
Differential( )
Table 4 (T)
Item
C
D
S
DFR
●
●
●
OCR P
●
●
●
OCR S
●
●
●
OCGR
●
DGR
SGR
●
●
)
HIMAP-M-SC-X
M : Motor Protection
S : SGR(None grounding sys.)
C : SCADA Communication
X : TCS N.A
HIMAP-FI-CC-T
FI : Feeder Protection
C : OCGR
C : SCADA Communication
T : TCS required
◀28 ｜ 29▶
View & Dimension
Weight 4.3 Kg
HIMAP
↑
156
↑
202.5
218.6
Front View
251.5
Top View
60
61
62
63
64
65
66
67
68
Side View
50
51
52
53
54
55
56
57
58
59
21
22
1
2
23
24
3
4
25
26
5
27
28
7
8
29
30
9
10
31
32
11
12
33
34
13
14
35
36
15
16
37
38
17
18
39
40
19
20
184.5
Rear View
186
Panel Cut-out Dimension
6
138
41
42
43
44
45
46
47
48
139
32.9
Hyundai Intelligent Communication & Measuring Device
HICAM(Hyundai Intelligent Communication and Measuring
Device) has integrated as many as 14 analog meters in one body.
The measuring accuracy is below ±0.5% at rating.
For power monitoring system connection, HICAM has RS485 communication
port, communication control device (HICM series) and support modbus protocol.
Remote CB On/Off control is possible by the command from power monitoring
system.
1
Accuracy
±0.5% at rating
2
Voltage / Current Input
CT: 0.1~30 A / PT: 10~380 V
3
Various Measuring
14 measuring points
4
Compact Size and Display
- Various indicator and measuring display
- Size: 202.5 (W) × 156 (H) × 186 (D)
5
Power Management System Connection
- RS485 HD-Bus
- Modbus protocol by communication
control device (HICM Series)
- Optic fiber communication (Option)
HICAM ｜
Hyundai Intelligent Communication & Measuring Device ｜
Display
Front View
Communication Address
Display Window
Alarm Led
Select Key
Current Bar
Graph Display
Select Led
Set Key
D/I Status Led
D/O Status Led
I / O Point
Point
Item
Input
Remark
AI
Voltage
4
Default
AI
Current
4
Default
8
Default(41~50)
DI
Default(31~40)
Output
DO
5
37, 38(D04) : Remote CB On
39, 40(D05) : Remote CB Off
31~36(D01~D03) use current demand output.
◀32 ｜ 33▶
Specification
Specification
Item
Rating
Accuracy
Current
1 A or 5 A(0.1 A~30.0 A)
Voltage
110 V or 190 V(10 V~380 V)
Frequency
50 Hz or 60 Hz
Measuring
±0.5 %
Operation Guarantee
-10 ℃ ~ 55 ℃
Restoration Guarantee
-25 ℃ ~ 70 ℃
Circuit-Ground
100 ㏁
Between Circuits
100 ㏁
Between Contacts
100 ㏁
Power Frequency
AC 60 Hz 2,000V/1 Min
Lightning Impulse
1.2/50 ㎲ 5 kV
Current Circuit
Rating Current×3 : 3 hours / Rating Current×20 : 1 sec
Voltage Circuit
Rating Voltage×3 : 3 hours
Control Power
Rating Voltage×1.3 : 3 hours
Temperature
Insulation
Resistance
Voltage
Withstand
Overland
Withstand
Control Power
AC 85 ~ 264 V (50 / 60 Hz), DC 90 ~ 120 V
Communication Type
RS–485 / Multi Drop
Protocol
HD-BUS / Modbus
Standards
KEMC1110, IEC1036
Size
202.5 (W)×156 (H)×186 (D)
Weight
1.5 Kg
Measuring
Measuring
Display
Accuracy
Remark
Voltage
0~999999 V
±0.5%
Line to Line Voltage
Current
0~999999 A
±0.5%
Phase Current
Real Power
0~99999999 kW
±0.5%
Reactive Power
0~99999999 kvar
±1.0%
Apparent Power
0~99999999 kVA
±1.0%
Accumulated Real Energy
0~99999999 kWh
±1.0%
Accumulated Reactive Energy
0~99999999 kvarh
±1.0%
Power Factor
-1.0~1.0 PF
±0.5%
Frequency
45~65 Hz
±0.01 Hz
Reverse Real Power
0~999999 kW
±1.0%
(-) Sign
Reverse
0~999999 kWh
±1.0%
(-) Sign
HICAM ｜
Hyundai Intelligent Communication & Measuring Device ｜
Connection Diagram
3P 4W 3PT_3CT
Remote CB On : 37, 38 Terminal
Remote CB Off : 39, 40 Terminal
3P 3W 3PT_3CT
Remote CB On : 37, 38 Terminal
Remote CB Off : 39, 40 Terminal
3P 3W 2PT_2CT
Remote CB On : 37, 38 Terminal
Remote CB Off : 39, 40 Terminal
3P 3W 2PT_3CT
Remote CB On : 37, 38 Terminal
Remote CB Off : 39, 40 Terminal
◀34 ｜ 35▶
View & Dimension
Top View
Right Side View
Front View
Panel Cut-out Dimension
Rear View
HHIS-WC-SE-B11-02, 2005.12 Designed by Design Korea
www.hyundai-elec.com
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