CTI  2598-8 8-Point AC Output Module

2598-8 8-Point AC Output Module

The 2598-8 provides 8 11-240 VAC outputs from the CTI 2500 Series® or Simatic® 505 I/O base. The solid-state output circuits can be used to switch on or off external devices such as pilot lamps, motor starters, or solenoids.

Features

2598-8 replaces Siemens® 505-4608. 4808

Individually fused sourcing outputs

Isolation in groups of 2

Wide 11-240 VAC output range

2.0 Amps per output

Description

The 2598 8/16-Point AC Discrete Output Module

provides eight outputs  isolated in groups of 2 from

CTI 2500 Series® or Simatic® 505 I/O bases. The

module utilizes solid-state output circuits  to switch on

or off external devices such as pilot lamps, motor

starters, or solenoids. The 2598-8 is designed to

switch externally supplied 11 to 240 VAC. The internal

logic signals are isolated from the external outputs to

2100 VDC.

2598-8

Features

• 8 AC output points

• Replaces Siemens® 505-4608. and -4808.

• 3000 VDC group-to-group isolation

• 2100 VDC channel-to-backplane isolation

• Isolation in groups of two

• Wide 11-240 VAC output range

• 2.0 Amps per output

• 16 Amps total module output

• Individually fused outputs

• Sourcing outputs

• Single-wide module

2598-8 8-Point

AC Discrete Output Module

Channel Configuration Explanation

The 2598-8 was designed using a PCB that could also perform as a 16 or 32pt module. Hence, the PCB printing for

channels do not line up with actual 2598-8 channels. See chart below for the proper correlation of channels. For exam

ple, if the module reported channel 4 was blown, then the user would replace the fuse marked ‘CH 10’ on

the PCB.

Grouping Configuration

The 2598-8 is shipped to allow two channels to be grouped and share a common field user power, thereby allowing a

different user power supply voltage to be used by each grouping. Jumpers J2. J4. J6. and J8 come

set in the “8 common” selection from the factory and should not be altered for proper module operaton. This setting al

lows for 2 points per common operation.

For example, Channels 1-2 will share a common user power and Channels 3-4 will share another common user power.

In this example each group of two channels is isolated from the other group of two channels. Be-cause each group of

two is isolated, the user may also change the supply voltage for each group. So, in this example, Chan- nels 1-2 could

be 240VAC outputs and Channels 3-4 could be 120VAC outputs.