M-system R9EWTU, Инструкция по эксплуатации

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R9EWTU
5-2-55, Minamitsumori, Nishinari-ku, Osaka 557-0063 JAPAN
Phone: +81(6)6659-8201 Fax: +81(6)6659-8510 E-mail: info@m-system.co.jp
EM-6224 Rev.9 P. 3 / 21
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OPERATING MODE SETTING
(*) Factory setting
• System Configuration (SW1-1, 2)
SW1-1 SW1-2 SYSTEM CONFIGURATION
OFF OFF Three-phase / 3-wire (*)
ON OFF Single-phase / 2-wire
OFF ON Single-phase / 3-wire
ON ON ---
• Balanced or Unbalanced Load (SW1-3)
SW1-3 BALANCED / UNBALANCED
OFF Unbalanced (*)
ON Balanced
• Clamp Sensor Type (SW1-4, 5, 6)
SW1-4 SW1-5 SW1-6 CLAMP SENSOR TYPE
OFF OFF OFF CLSE-R5 (5A) (*)
ON OFF OFF CLSE-05 (50A)
OFF ON OFF CLSE-10 (100A)
OFF OFF ON CLSE-20 (200A)
ON ON OFF CLSE-40 (400A)
OFF ON ON CLSE-60 (600A)
• Configuration Mode (SW1-8)
SW1-8 CONFIGURATION MODE
OFF DIP switch setting (*)
(PC Configurator setting is invalid.)
ON PC Configurator and communication
(DIP switch setting is invalid.)
Note 1: Turn on the power supply to the unit after setting
operating mode.
Note 2: Be sure to set unused SW1-7 to OFF.
Note 3: Clamp sensor type setting is common to all circuits.
Note 4: The sensor type and other settings for individual
circuit can be performed on the PC Configurator or via
Ethernet.
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TERMINAL ASSIGNMENTS
5
14 13
1L
1K 3K
4
3L
3 2 1
12 11 10
1L 3L 1L
1K 3K
9
18 17
T2
T1 3K
8
3L
7 6
16 15
6ch 6ch 7ch 5ch 5ch 8ch 7ch 8ch
6ch 6ch 7ch 5ch 5ch 8ch 7ch 8ch
1L 3L
1K 3K 1K
1 5ch 1L Ch.5, Current input 1L 10 5ch 1K Ch.5, Current input 1K
2 5ch 3L Ch.5, Current input 3L 11 5ch 3K Ch.5, Current input 3K
3 6ch 1L Ch.6, Current input 1L 12 6ch 1K Ch.6, Current input 1K
4 6ch 3L Ch.6, Current input 3L 13 6ch 3K Ch.6, Current input 3K
5 7ch 1L Ch.7, Current input 1L 14 7ch 1K Ch.7, Current input 1K
6 7ch 3L Ch.7, Current input 3L 15 7ch 3K Ch.7, Current input 3K
7 8ch 1L Ch.8, Current input 1L 16 8ch 1K Ch.8, Current input 1K
8 8ch 3L Ch.8, Current input 3L 17 8ch 3K Ch.8, Current input 3K
9 T2 Unused 18 T1 Unused
1 NC Unused 10 NC Unused
2 1ch 1L Ch.1, Current input 1L 11 1ch 1K Ch.1, Current input 1K
3 1ch 3L Ch.1, Current input 3L 12 1ch 3K Ch.1, Current input 3K
4 2ch 1L Ch.2, Current input 1L 13 2ch 1K Ch.2, Current input 1K
5 2ch 3L Ch.2, Current input 3L 14 2ch 3K Ch.2, Current input 3K
6 3ch 1L Ch.3, Current input 1L 15 3ch 1K Ch.3, Current input 1K
7 3ch 3L Ch.3, Current input 3L 16 3ch 3K Ch.3, Current input 3K
8 4ch 1L Ch.4, Current input 1L 17 4ch 1K Ch.4, Current input 1K
9 4ch 3L Ch.4, Current input 3L 18 4ch 3K Ch.4, Current input 3K
14
5 6
3K
3L 1L
15
1K
16 17 18
7 8 9
3K 1K 3K
3L 1L
10
1 2
NC
NC 1L
11
1K
12 13
3 4
3ch 3ch 2ch 4ch 4ch 1ch 2ch 1ch
3ch 3ch 2ch 4ch 4ch 1ch 2ch 1ch
3K 1K
3L 1L 3L
• Current Input 2
4
1
P1
U(+)
5
P2
6
2 3
P3
V(−) FE1
7
N
No. ID FUNCTION
1 U(+) Auxiliary power (+)
2 V(−) Auxiliary power (−)
3 FE1 Power ground
4 P1 Voltage input P1
5 P2 Voltage input P2
6 P3 Voltage input P3
7 N Voltage input N
• Auxiliary Power Supply, Voltage Input
• Current Input 1
No. ID FUNCTION No. ID FUNCTION
No. ID FUNCTION No. ID FUNCTION