AcuRev 2100 Series Multi-Circuit Submeter With SnapOn CT Technology

Entschlüsselte Geräte : ACCUENERGY - ACCUREV 2100 SERIES

Easily set a point by sending a value, instead of a complete downlink (payload + port)

ACCUENERGY

System Parameter Settings - Channel 1 Address

System Parameter Settings - RS485 Modbus Communication Parity Bit Setting

System Parameter Settings - Channel 2 Modbus Communication Parity

System Parameter Settings - RS485 Modbus Communication Baud Rate

1200-115200 When setting 115200, write?11520?

System Parameter Settings - Channel 2 Modbus Communication Baud Rate

System Parameter Settings - Password

System Parameter Settings - Energy Pulse Constant

System Parameter Settings - Energy Pulse Width

System Parameter Settings - Modbus TCP Device Address

System Parameter Settings - Energy Pulse Constant - High byte

0?Sliding Window 1?Rolling Window 2?Fixed Window 3?Thermal

System Parameter Settings - Demand Calculation Method

System Parameter Settings - Demand Interval

System Parameter Settings - Demand Sub-Interval

System Parameter Settings - CT Type

System Parameter Settings - RS485 Protocol Selection

System Parameter Settings - BACnet MS/TP Device Address

1200-115200 (When setting 115200, write 11520)

System Parameter Settings - BACnet MS/TP Baud Rate

System Parameter Settings - BACnet MS/TP Max Info Frames

System Parameter Settings - BACnet MS/TP BACnet ID - High byte

System Parameter Settings - BACnet MS/TP BACnet ID - Low byte

bit0~bit1 correspondsto RO1~RO2 0?Relay Control 1?Alarm

System Parameter Settings - Relay Output Mode

System Parameter Settings - RO Relay Control Output Mode

System Parameter Settings - RO Relay Control Momentary Time

System Parameter Settings - Alarm Enable

Bit0-bit9 corresponds to 1-10 1? Enable 0? Disable

System Parameter Settings - Alarm Channel Enable 1-10

Bit0-15 corresponds to 16 Event 1? Enable 0? Disable

System Parameter Settings - System Alarm Event

2 bytes, every 2 bits corresponds to an event 00 Relay1 01 Relay2

System Parameter Settings - Relay Output selection for first 8 System Alarm Events

22 bytes, every 2 bits corresponds to an event 00 Relay1 01 Relay2

System Parameter Settings - Relay Output selection for last 8 System Alarm Events

System Parameter Settings - Relay Output Alarm time delay

System Parameter Settings - Backlight Time

System Parameter Settings - Automatic Display if no key is pressed

System Parameter Settings - Screen Display Time per Screen

System Parameter Settings - Display power (demand) decimal places

System Parameter Settings - Reactive Power Calculation Method

System Parameter Settings - VAR/PF Convention

Set 1 to clear  Bit0: Clear current month  and historical electricity  Bit1: Clear demand  Bit2: Clear SOE record  Bit3: Clear the alarm record  Bit4: Clear the event record  Bit5: Clear the meter runtime  Bit6: Clear the battery runtime  Bit7: Reserved

System Parameter Settings - Clear all data digits to clear all records

838 address bit0~bit15 corresponds to DI1~DI16   839 address bit0~ bit1corresponds to DI17~DI18   0: No Clear  1: Clear

System Parameter Settings - The DI pulse count value is cleared, each bit represents one DI channel

Default 220V  0: 1LN  1: 3LN (Three-phase four-wire)   2:2LN(Single-phase three-wire)   3: 2LL   4: Network

System Parameter Settings - Rated voltage setting (Only relative to Alarm Setting)

System Parameter Settings - Wiring Mode

System Parameter Settings - Channel 1 CT Ratio

System Parameter Settings - Channel 2 CT Ratio

System Parameter Settings - Channel 3 CT Ratio

System Parameter Settings - Channel 4 CT Ratio

System Parameter Settings - Channel 5 CT Ratio

System Parameter Settings - Channel 6 CT Ratio

System Parameter Settings - Channel 7 CT Ratio

System Parameter Settings - Channel 8 CT Ratio

System Parameter Settings - Channel 9 CT Ratio

System Parameter Settings - Channel 10 CT Ratio

System Parameter Settings - Channel 11 CT Ratio

System Parameter Settings - Channel 12 CT Ratio

System Parameter Settings - Channel 13 CT Ratio

System Parameter Settings - Channel 14 CT Ratio

System Parameter Settings - Channel 15 CT Ratio

System Parameter Settings - Channel 16 CT Ratio

System Parameter Settings - Channel 17 CT Ratio

System Parameter Settings - Channel 18 CT Ratio

System Parameter Settings - Reset to Default (User name & mapping, wiring mode and CT type)

System Parameter Settings - Enable Ten Year Settings Download

Bit0: Communication  Parameters  Bit1: Network Parameters  Bit2: Device Run-Time  Bit3: Reserved  Bit4: Device Clock + TOU Related  Bit5: RO Related  Bit6: Device Clock

System Parameter Settings - Non-Standard Seal Options

System Parameter Settings - Seal Status

0: No output  1 to 18: Input channel 1 to 18  19 to 24: User channel 1 to 6  25: Incoming - System  26 to 28: Incoming - Phase A to C  29: Demand Indication   30: Second Indication  31 to 33: User channel 7 to 9 (for Network wiring only)

System Parameter Settings - DO1 Channel Setting

System Parameter Settings - DO2 Channel Setting

System Parameter Settings - DO3 Channel Setting

System Parameter Settings - DO4 Channel Setting

System Parameter Settings - DO5 Channel Setting

System Parameter Settings - DO6 Channel Setting

System Parameter Settings - DI Synchronous Demand Trigger Source

0: Do not trigger  1: Rising  2: Falling  3: Changing trigger

System Parameter Settings - DI Trigger Condition

8B9H: Bit0 to Bit16 (DI1 to DI6)  8BAH: Bit0 to Bit1 (DI17 to DI18)  0: State  1: Counter

System Parameter Settings - DDI Type

System Parameter Settings - DI1 to DI18 Counter Pulse Constant

System Parameter Settings - DI1 to DI18 Counter Ratio

System Parameter Settings - DI1 to DI18 Counter Unit

System Parameter Settings - Programming Button Status

Lock settings - Meter running time

Clock - Clock: Year

Clock - Clock: month

Clock - Clock: Day

Clock - Clock: hour

Clock - Clock: minutes

Clock - Clock: seconds

Clock - Clock: Week

Basic measurement - F

Basic measurement - Phase 1 Voltage

Basic measurement - Phase 2 Voltage

Basic measurement - Phase 3 Voltage

Basic measurement - Average Phase Voltage

Basic measurement - Line Voltage 1-2

Basic measurement - Line Voltage 2-3

Basic measurement - Line Voltage 3-1

Basic measurement - Average Line Voltage

Sum of the Phase A currents for all circuits on the meter

Basic measurement - Phase A inline Current

Sum of the Phase B currents for all circuits on the meter

Basic measurement - Phase B inline Current

Sum of the Phase C currents for all circuits on the meter

Basic measurement - Phase C inline Current

Average of the Phase A, Phase B and Phase C inline currents

Basic measurement - Average inline Current

Sum of Phase A, Phase B, and Phase C inline Real Power

Basic measurement - Total inline System Power

Sum of Phase A, Phase B, and Phase C inline Reactive Power

Basic measurement - Total inline Reactive Power

Sum of Phase A, Phase B, and Phase C inline Apparent Power

Basic measurement - Total inline Apparent Power

Average of Phase A, Phase B, and Phase C inline Power Factor

Basic measurement - Total inline Power Factor

Basic measurement - Total inline System Load Nature

ACCUENERGY - ACCUREV 2100 SERIES

Unsere Produkte

Die Vorteile von Wattsense

Ihr Bedürfnis

Das GLT für einfache Steuerung von kleinen und mittelgroßen Gebäuden

Unsere Produkte

Die Vorteile von Wattsense

ACCUENERGY
ACCUREV 2100 SERIES

Description

Specifications

Unsere Produkte

Die Vorteile von Wattsense

Ihr Bedürfnis

Das GLT für einfache Steuerung von kleinen und mittelgroßen Gebäuden

Unsere Produkte

Die Vorteile von Wattsense

ACCUENERGYACCUREV 2100 SERIES

Description

Specifications

ACCUENERGY
ACCUREV 2100 SERIES