Submeter, Energy Submeter, Billing, Cost Allocation, Power Meter, Energy Meter, Load Profiling, WIFI, Shark 200-S Power Meter, Ethernet

Downloads


	Shark 200S Submeter Brochure


	Shark 200S Submeter User Manual


	Shark 200S Submeter: Generic Specs for Multifunction, Data-logging, Power and Energy Submeter with WiFi and Ethernet

	Shark 200S Submeter Quickstart Guide Buy American Act Compliance Letter



EI Submeter Solutions Application Guide

ppt

pdf

Advanced Data-Logging WiFi Submeter

Basic Features:

• High Performance Metering Technology

• 0.2% Accuracy Class

• Revenue Certifiable Test Pulse with KYZ
• Output

• IEEE 802.11 Wireless Ethernet
• Capability

• 10/100BaseT Ethernet - RJ45

• Modbus RS485 or Modbus TCP

Advanced Features:

• 2 Megabytes Flash memory for Data
• Logging capabilities

• 3 Historical Logs, Limits (Alarm) Log
• and Systems Events Log

• Real Time Clock for Log Time-
• Stamping

Applications
• Universities
• Commercial Buildings
• Shopping Malls
• Industrial Submetering
• Government Facilities
• Energy Efficient OEMs
• Military
• Airports

Read the Press Release

Utility Peak Demand Metering

Electro Industries introduces the most advanced electrical submeter available. The Shark 200S submeter provides user-configured Block Window or Rolling Window Demand, allowing the user to set up a particular utility demand profile.

Block Window Demand is demand used over a fixed user-configured demand period, typically 5, 15 or 30 minutes.

Rolling Window Demand is a fixed window demand that moves for a user specified sub-interval period.

Advanced Communication Capability with IrDA Interface

• Standard RS485 output speaking Modbus protocol

• WiFi/RJ45 connection or Ethernet TCP/IP

• IrDA (Infrared port) allows the Shark 200S to capture and send data using a laptop PC

• KYZ Pulse for units that require pulse counting applications or where serial or Ethernet protocol is not available

Shark® Series Submeter Accuracy

Generate Cost Allocation

Generate cost and billing allocation power meter


Extensive Data-Logging Capability
The Shark 200S submeter offers the capability of having 2 megabytes of Flash memory to be used for historical trends, limit alarms and sequence of events. The unit has a real-time clock that allows for time-stamping of all the data in the instrument when log events are created.

Historical Logs · 3 Assignable Historical Logs · Independently Program Trending Profiles · Up to 64 Parameters per Log Limit/Alarm Log · Provides Magnitude and Duration of an Event · Includes Time Stamps and Alarm Value · 2048 Events Available		System Events Log Record for anti-tampering purposes: · Demand Resets/Energy/Log resets · Password Requests · System Startup · Log Reads · Changes to Programmable Settings

Advanced Communication
Modbus RS485 •Standard communication includes an RS485 output speaking Modbus protocol. This allows the unit to be connected to any serial RS485 bus using the Modbus interface. Communicates easily with most building automation and software systems. Baud rates are up to 57.6K for fast update times. • KYZ Pulse — For applications in which a pulse is needed, the Shark 200S submeter provides a KYZ output, which pulses proportional to the amount of energy consumed.		IrDA Read for PC Using the infrared port, the Shark200S can view and capture data using an IrDA-equipped laptop PC.

Advanced Communication Capability with IrDA Interface

Advanced Communication Capability with Shark 200-S Power meter, submeter

Superior Ethernet Simplifies Meter Connectivity

The unit is designed to harness the latest technology by providing a simple, over-the-counter wireless architecture. The submeter communicates over any existing wireless or wired Ethernet infrastructure. Just install the unit, plug in its IP address and the device automatically connects to your LAN wirelessly. You can extend the network simply by adding WiFi access points. Wireless Ethernet is reliable and easy to integrate, making it the superior solution for mass meter deployment.

Benefits of Wireless Ethernet over Dedicated 900 MHz Spread Spectrum

• Standard infrastructure (no dedicated hardware)

• Low cost to deploy and expand

• Superior speed

• Easier to configure and maintain

• Standard Modbus TCP data stream

• Easily integrated through the Internet

Wireless Ethernet Technology, power meters