4W-WYE

The following table lists all settings that can be configured via the front panel, with the meter cover seal in place.

Setting

Description

Range (Values)

Default

			4W-WYE
		The power system’s configuration –	DELTA
	Volts Mode	The power system’s configuration –	3W-WYE	4W-WYE
	Volts Mode	WYE, DELTA, etc.	3W-WYE	4W-WYE
		WYE, DELTA, etc.	SINGLE
			SINGLE
			DEMO

	PT Primary	The Potential Transformer’s primary	1 to 999 999 999	120,00
	PT Primary	winding voltage rating	1 to 999 999 999	120,00
		winding voltage rating

	PT Secondary	The Potential Transformer’s	1 to 999 999 999	120,00
	PT Secondary	secondary winding voltage rating	1 to 999 999 999	120,00
		secondary winding voltage rating

	CT Primary	The Current Transformer’s primary	1 to 999 999 999	5
	CT Primary	winding current rating	1 to 999 999 999	5
		winding current rating

	CT Secondary	The Current Transformer’s	1 to 999 999 999	5
	CT Secondary	secondary winding current rating	1 to 999 999 999	5
		secondary winding current rating

	I4 Primary	Primary rating for the I4 current	1,0 - 999 999,00	5
Setup	I4 Primary	transformer	1,0 - 999 999,00	5
		transformer

	I4 Secondary	Secondary rating for the I4 current	1,0 - 999 999,00	5
		Secondary rating for the I4 current
Basic		transformer

	U1 Polarity	The polarity of the Potential	Normal or Inverted	Normal
		The polarity of the Potential
		Transformer on U1
		Transformer on U1

	U2 Polarity	The polarity of the Potential	Normal or Inverted	Normal
	U2 Polarity	Transformer on U2	Normal or Inverted	Normal
		Transformer on U2

	U3 Polarity	The polarity of the Potential	Normal or Inverted	Normal
	U3 Polarity	Transformer on U3	Normal or Inverted	Normal
		Transformer on U3

	I1 Polarity	The polarity of the Current	Normal or Inverted	Normal
	I1 Polarity	Transformer on I1	Normal or Inverted	Normal
		Transformer on I1

	I2 Polarity	The polarity of the Current	Normal or Inverted	Normal
	I2 Polarity	Transformer on I2	Normal or Inverted	Normal
		Transformer on I2

	I3 Polarity	The polarity of the Current	Normal or Inverted	Normal
	I3 Polarity	Transformer on I3	Normal or Inverted	Normal
		Transformer on I3

	I4 Polarity	The polarity of the Current	Normal or Inverted	Normal
	I4 Polarity	Transformer on I4	Normal or Inverted	Normal
		Transformer on I4

	Phase Rotation	Power system’s phase rotation	123, 132	123

Demand	SWD Subinterval	Intervals used to compute your	1 to 5 940	600
	SWD Subinterval	Sliding Window Demand values	1 to 5 940	600
		Sliding Window Demand values

	SWD #	The number of SWD periods in use	1 to 15	3
	SWD #
	Subintervals
	Subintervals

	SWD Pred Resp		0,00 to 99,00	70

	Protocol	Specifies which protocol is active	ION, Modbus RTU, DNP,	ION
	Protocol	Specifies which protocol is active	DLMS, Factory	ION
			DLMS, Factory

	Baud Rate	Specifies COM port baud rate	1 200 to 19 200	9 600
COM1	Baud Rate	during serial communications	1 200 to 19 200	9 600
		during serial communications

	Transmit Delay	Specifies the meter’s transmit delay	0 to 1,0	0,010
	Transmit Delay	setting (in seconds)	0 to 1,0	0,010
		setting (in seconds)

	Unit ID	Identifies the meter during serial	1 to 9 999	From serial
	Unit ID	communications	1 to 9 999	number2
		communications		number2
	Serial Port	Parity and stop bits for the port	8N1,8N2,8E1,8E2,8O1,8O2	8N1

ION8800 specifications

The Schneider Electric ION8800 is an advanced power monitoring and management device designed for commercial and industrial applications. It is engineered to enhance energy efficiency, reduce operational costs, and improve the reliability of electrical systems. As part of Schneider Electric's ION series, the ION8800 stands out due to its sophisticated metering capabilities and robust communication features.

One of the main features of the ION8800 is its high-accuracy power measurement. The device is capable of measuring a wide array of electrical parameters, including voltage, current, power, and energy consumption. With its accurate metering capabilities, operators can identify inefficiencies and optimize energy usage, thereby contributing to sustainability goals.

The ION8800 integrates with Schneider Electric's EcoStruxure™ platform, allowing seamless connectivity and data accessibility. This integration enables users to monitor their power systems remotely, gaining insights through real-time data visualization. Users can access detailed reports and analytics that help them to make informed decisions about energy management and equipment reliability.

In addition to its metering capabilities, the ION8800 incorporates advanced communication technologies. It supports multiple protocols, including Modbus, DNP3, and IEC 61850, ensuring compatibility with various industrial automation systems. This flexibility makes it suitable for integration in diverse applications and installations.

Another notable characteristic of the ION8800 is its scalability. The device can accommodate the growing needs of an organization, from single-entity monitoring to a larger network of devices. This scalability allows businesses to start with a basic setup and expand their monitoring capabilities as their energy management requirements evolve.

The ION8800 is designed to withstand harsh industrial environments, featuring durable construction and compliance with global standards. This resilience ensures reliability and longevity in various operational conditions. Additionally, the device’s user-friendly interface allows for easy configuration and operation, reducing the learning curve for new users.

Overall, the Schneider Electric ION8800 is a versatile and powerful tool for improving energy efficiency and management in commercial and industrial settings. Its advanced features, robust communication technologies, and scalability make it a valuable asset for businesses looking to enhance their energy monitoring capabilities. As companies increasingly focus on sustainability, the ION8800 provides the insights and tools necessary for effective energy management.

SINGLE

DEMO

SWD #

ION

ION8800 specifications