IC697BEM711M需要板地址拨码开关

IC697BEM711M

IC697BEM711M

I / O连接器

这些机架容纳机架型IC697高密度I/O模块，使用可拆卸的现场布线

接线端子板。每个I/O模块将接受高达

40 awg# 14 (2.10mm2)电线。电线束是

排出端子板底部的空腔

在那里提供了一个清晰的领带包装，以确保

捆绑到端子板外壳。

机械键控

IC697的I/O模块是机械互锁的

防止误交换的钥匙

一种模块类型转换为另一种模块类型(例如，AC类型)

直流型)。每个模块类型的键是

包含在模块中。

当模块插入机架时，键

自动锁定在机架的中心导轨上，

当模块被提取时，它将保留在哪里。只有

然后可以将正确的模块类型插入其中

架槽。

中的模块位置

在钥匙被锁在中心轨道后的机架上

在架子上，钥匙可以通过向上推它来解开锁扣，同时把它从导轨上拉下来。

然后可以将其重新插入模块和组件

模块插入到机架所需的位置。

Power Supply Extension Cable

For many applications, one power supply can provide

the power requirements of two racks. Such dual-rack

operation from a single power supply can be implemented if only 5 volt power of 5.2 amperes or less is

required in the second rack.

A 3-foot (1 meter) Power Supply Extension Cable is

available (see the Ordering Information on the last

page of this data sheet) which provides the necessary

interconnection. In addition to +5 volt power, the

extension cable includes power sequencing signals

necessary for proper system operation.

The Power Supply Extension cable attaches to a 9-pin

D type connector located on the backplane. Access to

the connector is via a hole in the left side of the rack as

shown in the outline drawing. Adequate clearance

(approximately 6 inches 152.4mm) ) must be provided

on the left side of the rack for access to the connector.

The Power Supply Extension cable must be secured

before power is applied. It must not be disconnected

during system operation.

Slot Addressing

The IC697 PLC system allows user configuration of

I/O point references for modules in a rack without the

need for board address DIP switches or jumpers. The

address structure is described in the applicable Programmable Controller Installation Manual. Configuration

is done with the MS-DOS or Windows programming software configurator function. For more information on configuration, see the applicable Programming Software User’s Manual.

Rack Number

Multiple racks in a system must be assigned a rack

number from 0 to 7; the CPU rack is always Rack 0.

The PLC determines the number of each rack in the

system from four binary-encoded jumpers on the

rack’s backplane. These jumpers are located on the

backplane directly behind the power supply, which

must be removed to gain access to the jumpers.