Schneider Electric 4000 manual Options for Meter Setup, 3Ø4W4CT2PT

63230-300-212	Chapter 3—Operation
April 2001	Configuring the Circuit Monitor Using The Setup Menu

Table 3–3: Options for Meter Setup

Option	Available Values	Selection Description	Default
CT Primary	1–32,767	Set the rating for the CT primary. The circuit monitor supports two primary CT	5
		ratings: one for the phase CTs and the other for the neutral CT.
CT Secondary	1 or 5	Set the rating for the CT secondaries.	5
PT Pri Scale	x1	Set the value to which the PT Primary is to be scaled if the PT Primary is larger	x1
	x10	than 32,767. For example, setting the scale to x10 multiplies the PT Primary
	x100	number by 10.
	No PT	For a direct-current installation, select “No PT.”
PT Primary	1–32,767	Set the rating for the PT primary.	120
PT Secondary	100	Set the rating for the PT secondaries.	120
	110
	115
	120
Sys Type	3Ø3W2CT	3Ø3W2CT is system type 30	3Ø4W3CT (40)
	3Ø3W3CT	3Ø3W3CT is system type 31
	3Ø4W3CT	3Ø4W3CT is system type 40
	3Ø4W4CT	3Ø4W4CT is system type 41
	3Ø4W3CT2PT	3Ø4W3CT2PT is system type 42
	3Ø4W4CT2PT	3Ø4W4CT2PT is system type 43
		Set the system type. A system type code is assigned to each type of system
		connection. See Table 5–2 on page 38 of the installation manual for a description
		of system connection types.
Frequency (Hz)	50, 60, or 400 Hz	Frequency of the system.	60
Pwr Dmd Meth	Select the power demand calculation method. The circuit monitor supports several methods to calculate		Slide
	average demand of real power. See “Demand Power Calculation Methods” on page 57 for a detailed
	description.
	Slide—Sliding Block Demand
	Slave—Slave Block Demand
	Therm—Thermal Demand
	RComms—Command-Synchronized Rolling Block Demand
	Comms—Command-Synchronized Block Demand
	RInput—Input-Synchronized Rolling Block Demand
	Input—Input-Synchronized Block Demand
	RClock—Clock-Synchronized Rolling Block Demand
	Clock—Clock-Synchronized Block Demand
	RBlock—Rolling Block Demand
	Block—Fixed Block Demand
	IncEngy—Synch to Incremental Energy Interval
Pwr Dmd Int	1–60	Power demand interval—set the time in minutes in which the circuit monitor	15
		calculates the demand.
Pwr Dmd Sub Interval	1–60	Power demand subinterval—period of time within the demand interval in which the	N/A
		demand calculation is updated. Set the subinterval only for methods that will
		accept a subinterval. The subinterval must be evenly divisible into the interval.
Advanced	See “Advanced Meter Setup” on page 34 in this chapter for more information.

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