Single Phase Three Wires ANSI Socket Type Single phase Meter / KWH
Meters for residential & Commercial application
Quick Detail:
The XLA13 TYPE110 Single phase Meter is an electronic watt-hour
meter designed for measuring energy consumption in single phase
services. The meter’s advanced design is a powerful combination of
accuracy, affordability and reliability.
Description:
As the cost of energy continues to rise, utilities require more
precise and accurate measurement techniques.
The XLA13 TYPE110 meter delivers high quality, solid-state
measurement performance, affordability, accuracy and reliability
through its innovative sensor design and mechanical construction.
The XLA13 TYPE110 meter is available in all the popular meter forms
for measuring energy consumption in 2-wire or 3-wire
transformer-rated or self-contained residential or commercial
Single phase services.
Applications:
Single-phase 3-wire, direct connected energy meter for residential
applications.
Specifications:
Available Models:
ANSI form 1S, 2S, 3S, 4S CL 20, CL 100, CL 200,
120 V, 240 V models available 50 or 60 Hz
Applicable Standards – Meets or exceeds:
ANSI C12.1, C12.10, C12.20, C37.90.1
Operating Range:
Voltage: +20% -20% (or ±20%)
Temperature: -25°C through +75°C
Typical Starting Watts: <=5.0 Watts (Form 2S 240V CL200)
Typical Watts Loss: 0.8 Watts
Typical Accuracy: Within +/- 1%
Competitive Advantage:
· Simplified sensor design and mechanical construction for
reliability.
· Promotes equitable customer billing through stable, accurate,
electronic design.
· Low starting watts captures energy consumption at levels
typically not registered by electromechanical meters.
· Low burden minimizes utility system losses.
· Large, easy to read LCD display minimizes reading errors.
· Factory programming minimizes handling and boostsoperational
efficiency.
· Performance meets or exceeds industry standards (ANSI® C12.1,
C12.10, C12.20, C37.90.1).
· Models available for 120 or 240 volt CL 20, CL 100, CL 200
applications. 50 or 60 Hz operation.
· Designed to be compatible with existing utility operational
practices.
