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PROSOFT RLX2-IHNF-A輸出模塊
控制功能被設計為執行數據采集，中壓和高壓變電站中的控制、監視和控制功能。開(kāi)關(guān)柜間隔的控制邏輯可配置為SF6氣體絕緣開(kāi)關(guān)設備（GIS），用于室內和室外開(kāi)關(guān)設備以及單、雙或多母線(xiàn)站。
控制功能記錄并處理開(kāi)關(guān)設備位置信號、測量變量和發(fā)生的報警在開(kāi)關(guān)設備間中。然后生成相應的數據在對象總線(xiàn)接口（IBB）上可用。
控制功能接收來(lái)自車(chē)站控制的指令系統（SCS）或本地模擬，處理它們然后執行它們。
控制功能裝置中包含的聯(lián)鎖裝置可防止不允許的開(kāi)關(guān)操作，這可能導致?lián)p壞種植或危害人員。
邏輯（邏輯） 應用
二進(jìn)制輸入信號或輸出信號的邏輯組合從保護功能，例如應用所需的特定信號補充保護功能。
B、 特征可分配給的二進(jìn)制I/P信道二進(jìn)制I/P信號保護功能的O/P信號（跳閘）
所有I/P通道均可反轉以下邏輯功能可供選擇：帶4個(gè)I/P的OR門(mén)
帶4個(gè)I/P的與門(mén) R/S觸發(fā)器，具有2個(gè)用于設置的I/P和2個(gè)用于重置的I/P：
如果至少一個(gè)重置I/P為“1”，則O/P為0。
如果設置的I/P中至少有一個(gè)為“1”，則O/P為“1”并且復位I/P中沒(méi)有一個(gè)是“1”。
拾取后，函數的O/P不會(huì )重置，直到邏輯“1”應用于任一阻塞I/P或其中一個(gè)復位I/P。
每個(gè)邏輯都有一個(gè)額外的阻塞I/P，激活時(shí)將O/P切換到“0”。邏輯模式
由4二進(jìn)制執行的邏輯函數的定義
I/P?？赡艿脑O置：
OR：具有所有4個(gè)二進(jìn)制I/P的OR門(mén)
AND：具有所有4個(gè)二進(jìn)制I/P的與門(mén)
R/S觸發(fā)器：具有2個(gè)設置I/P（3和4）和2個(gè)復位的觸發(fā)器
I/P（1和2）。在以下情況下設置或重置O/P：
至少一個(gè)相應的I/P位于邏輯“1”（或門(mén)）。
重置I/P優(yōu)先于設置I/P。雙輸出發(fā)出跳閘信號的輸出。（信號地址）。
BlockInp阻塞I/P的二進(jìn)制地址。（F 假、T 1真、二進(jìn)制I/P或保護的O/P功能）
當阻塞I/P處于邏輯“1”。
阻塞I/P用作觸發(fā)器功能的復位I/P。BinInp1（R1）1號二進(jìn)制I/P。
（二進(jìn)制地址）（F 假、T 1真、二進(jìn)制I/P或保護的O/P函數）。
The control function is designed to perform data acquisition,
monitoring, and control functions in MV and HV substations.
The control logic of a switchgear bay can be configured for SF6
gas-insulated switchgear (GIS), for indoor and outdoor switchgear and for single, double or multiple busbar stations.
The control function registers and processes the switchgear position signals, the measured variables and the alarms occurring
in a switchgear bay. The corresponding data are then made
available at the object bus interface (IBB).
The control function receives instructions from the station control
system (SCS) or from the local mimic, processes them in relation
to the bay control logic configuration and then executes them.
The interlocks included in the control function device prevent inadmissible switching operations, which could cause damage to
plant or endanger personnel.
Logic (Logic)
A. Application
Logical combination of binary input signals or of output signals
from the protection functions, e.g. for
specific signals required by the application
supplementary protection functions.
B. Features
binary I/P channels assignable to
binary I/P signals
O/P signals (trips) of protection functions
All I/P channels can be inverted
Following logic functions available for selection:
OR gate with 4 I/P's
AND gate with 4 I/P's
R/S flip-flop with 2 I/P's for setting and 2 I/P's for resetting:
The O/P is "0", if at least one of the reset I/P's is "1".
The O/P is "1", if at least one of the set I/P's is "1"
AND none of the reset I/P's is "1".
After it has picked up, the function's O/P does not reset until a logical "1" is applied to either the blocking
I/P or one of the reset I/P's.
Every logic has an additional blocking I/P, which when activated switches the O/P to "0".Logic Mode
Definition of the logic function to be performed by the 4 binary
I/P's. Possible settings:
OR: OR gate with all 4 binary I/P's
AND: AND gate with all 4 binary I/P's
R/S flip-flop: Flip-flop with 2 set I/P's (3 and 4) and 2 reset
I/P's (1 and 2). The O/P is set or reset when
at least one of the corresponding I/P's is at
logical "1" (OR gate).
Reset I/P's take priority over the set I/P's.
BinOutput
Output for signalling a trip.
(signal address).
BlockInp
Binary address of the blocking I/P.
(FFALSE, TTRUE, binary I/P or the O/P of a protection
function)
The O/P is always at logical "0" when the blocking I/P is at
logical "1".
The blocking I/P acts as a reset I/P for the flip-flop function.
BinInp1 (R1)
Binary I/P No. 1.
(binary address)
(FFALSE, TTRUE, binary I/P or the O/P of a protection
function).
