B&PLUS RCS600 - Operation Methods; How to Switch On a Power; How to Turn Off the Power

- 20 -
Wireless charging system 600W specication
For 12V・24V・48V battery
- 3 -
③
RCS600AH-PWN-***
RCS600AH-PWR-*** 給電ヘッド-電源側延長コネクタケーブル
④
- RCS600AH-SIR-*** 給電ヘッド-信号側延長コネクタケーブル
⑤
RFC-H13 分割フェライトコア（白）
⑥
E04SR401938 分割フェライトコア（灰）
図 1 全体構成図（標準仕様）
図 2 全体構成図（長距離仕様）
How to switch on a power
BATT
12V
+ -
BATT
12V
+ -
AC 90～220V
受電ヘッド
RCS600-CH
給電ヘッド
RCS600-AH
電源ユニット
RCS600-AC
■充電ユニット
・RCS600-CA24（24V仕様）
・RCS600-CA12（12V仕様）
・RCS600-CA48（48V仕様）
サーミスタ
※バッテリは各仕様による
24V仕様・・・12V x 2(直列）
12V仕様・・・12V x 1
48V仕様・・・12V x 4(直列）
E04SR401938
(フェライトコア)
2T/100mm以内
RFC-H13
(フェライトコア)
2T/100mm以内
RFC-H13
(フェライトコア)
2T/100mm以内
E04SR401938
(フェライトコア)
2T/100mm以内
フェライトコア付き
電源ケーブル
Dsub25P起動信号ON用
コネクタ
RCS600-OP001
※ For long distance specication head, it is not
necessary to install a ferrite clamp on the charging unit
side.
Ferrite clamp installation image when using various extension cables with the standard head
Ferrite clamp installation image when using various extension cables with long distance head
BATT
12V
+ -
BATT
12V
+ -
AC 90～220V
受電ヘッド
RCS600-CH
給電ヘッド
RCS600-AH
電源ユニット
RCS600-AC
■充電ユニット
・RCS600-CA24（24V仕様）
・RCS600-CA12（12V仕様）
・RCS600-CA48（48V仕様）
サーミスタ
※バッテリは各仕様による
24V仕様・・・12V x 2(直列）
12V仕様・・・12V x 1
48V仕様・・・12V x 4(直列）
E04SR401938
(フェライトコア)
2T/100mm以内
RFC-H13
(フェライトコア)
2T/100mm以内
RFC-H13
(フェライトコア)
2T/100mm以内
E04SR401938
(フェライトコア)
2T/100mm以内
フェライトコア付き
電源ケーブル
Dsub25P起動信号ON用
コネクタ
RCS600-OP001
Power Supply unit
RCS600-AC
Charging unit
RCS600(B)-CA ＿
BATT
12V
+ -
BATT
12V
+ -
AC 90～220V
受電ヘッド
RCS600-CH
給電ヘッド
RCS600-AH
電源ユニット
RCS600-AC
■充電ユニット
・RCS600-CA24（24V仕様）
・RCS600-CA12（12V仕様）
・RCS600-CA48（48V仕様）
サーミスタ
※バッテリは各仕様による
24V仕様・・・12V x 2(直列）
12V仕様・・・12V x 1
48V仕様・・・12V x 4(直列）
E04SR401938
(フェライトコア)
2T/100mm以内
RFC-H13
(フェライトコア)
2T/100mm以内
RFC-H13
(フェライトコア)
2T/100mm以内
E04SR401938
(フェライトコア)
2T/100mm以内
フェライトコア付き
電源ケーブル
Dsub25P起動信号ON用
コネクタ
RCS600-OP001
Attach the Ferrite clamp to
the unit side
E04SR401938
(
Ferrite clamp )
Within 2T/100mm
connector for
power supply
connector for
communication
RFC-H13
(
Ferrite clamp )
Within 2T/100mm
connector for
power supply
RFC-H13
(
Ferrite clamp )
Within 2T/100mm
connector for
communication
Passive Head
RCS600-CH
Active Head
RCS600-AH
Attach the ferrite clamp
to the unit side
connector for
power supply
Power Supply unit
RCS600-AC
connector for
communication
RFC-H13
(
Ferrite clamp )
Within 2T/100mm
Active Head
RCS600-AH
2T=2 turns
Refer to the photo on the previous page
(P.18-20) for the winding image of the
ferrite clamp.
Turn on the power switch on the back of the power supply unit. (Pressing the switch to the ON side will turn it “on”.)
・When active and passive heads are out of transmission range：
When the power is turned on, LED of the power supply unit (Power) is lit, it will be intermittent oscillation state.
· When active and passive heads are within transmission range:
When the power is turned on, LED of the power supply unit (Power) is lit, and immediately the LED (Ready) turns on.
(However, for normal open type, charging will not start if the charge start signal is OFF.)
Then (Ready) turns o󱐯, (Charge) lights and becomes charging state.
How to turn o󱐯 the power
Turn o󱐯 the power switch on the back of the power supply unit. (Pressing the switch in the opposite direction to
the ON side will turn it o󱐯.)
・When active and passive heads are within transmission range : When the power is turned o󱐯, the LED (Power) of
the power supply unit turns o󱐯 after several tens of seconds and the operation is stopped.
· When active and passive heads are within transmission range : Charging will stop as soon as the power is turned
o󱐯. The LED of the power supply unit and the LED of the charging unit will all turn o󱐯 after a few seconds, and the
operation will be stopped. (Depending on the state of the LED that is lit, the time until it is completely turned o󱐯
changes from a few seconds to a few tens of seconds.)
When active head and passive heads are within the range, when the power can be transmitted
charging Immediately.
Attention
8.Operation methods