User's Manual

iCon™ Form 2S and Form 12S MetersAssembly Diagram / Physical Description

Assembly Diagram / Physical Description

The AirPoint iCon Meter was designed to be assembled and disassembled without the

use of tools. This modular design allows you to upgrade or repair a unit quickly and

easily. The basic components of the iCon™ meter are depicted below and detailed

following the diagram.

MXU 530-E

DISPLAY BOARD

POWER SUPPLY

BOARD

Base Assembly

The meter’s Base Assembly is molded from highly durable thermoplastics that provide

a stable platform for the meter’s Sensor Module, Register display board and up to two

additional option boards. The blades (or blade assembly) from the Sensor Module

extend through the Base Assembly to connect to the service socket of the main power

system.

Sensor Module

Power Supply

The iCon™ meter uses a capacitive tap to provide a regulated voltage to the Sensor

Module and the AirPoint iCon 0652 board. The power supply can withstand a voltage

AIRPOINT ICON

METER DISPLAY

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iCon™ Form 2S and Form 12S MetersAssembly Diagram / Physical Description Assembly Diagram / Physical Description The AirPoint iCon Meter was designed to be assembled and disassembled without the use of tools. This modular design allows you to upgrade or repair a unit quickly and easily. The basic components of the iCon™ meter are depicted below and detailed following the diagram.
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Assembly Diagram / Physical Description iCon™ Form 2S and Form 12S Meters transient as described in IEEE C62.41, Level C and applied in accordance with Section 5 of the ANSI C12.20-1998. Current Sensor Current is measured using a proprietary air-coupled current transformer. Sensor data, quantities proportional to the time derivative of the current, is streamed to the on-board metering chip.