Installation; Mounting; Control Room Housing Unit For Rail Mounting; Control Room Housing Unit For Block Mounting - ABB TEIP11 Operating Instruction

6

Installation

6.1

Mounting

NOTICE
Installation location requirements
Prior to installation, check to ensure that the TEIP11 and
TEIP11-PS I/P signal converters meet the measurement and
safety requirements applicable at the installation location
(see section "Additional documents" on page 14).
6.1.1

Control room housing unit for rail mounting

This model is snap-mounted on a DIN top-hat rail.
Fig. 4: Control room housing unit for rail mounting
1 Terminal for signal input (covered) 2 Output
3 Supply air connection
Design
The TEIP11 and TEIP11-PS I/P signal converters have a
special mounting base which fits all mounting rails in
accordance with EN 50022 - 35 x 7.5, EN 50045 - 15 x 5, and
EN 50035 - G32.
Installation instructions
For mounting rails that are mounted in a vertical position, the
electrical connection for the device should preferably face to
the left.
For mounting rails that are mounted in a horizontal position,
the electrical connection for the device should preferably be
facing up.
10 42/18-46-EN Rev. L | TEIP11, TEIP11-PS
6.1.2

Control room housing unit for block mounting

For this design, a special connection block is used to mount
the unit.
Fig. 5: Control room housing unit for block mounting
1 Terminal for signal input 2 Output
3 Supply air connection
Design
The connection block is designed for mounting a maximum of
four I/P signal converters. The connection blocks can be
expanded to units of 2, 3, or 4 blocks to create block units of
4, 8, 12, or 16 I/P signal converters.
Installation Material
The material for forming the block units is delivered separately
for self-installation; in addition to the connection blocks, it
includes the necessary screws and gaskets (O-rings).
Supply air connection
The supply air connection for the connected devices is
provided via a central connection block. The connection block
features a non-return coupling for each individual I/P signal
converter. This allows connection sites to remain unused, and
individual I/P signal converters to be dismounted or mounted
during operation.