• Supervisory Control and Data Acquisition (SCADA)
• Network Fault Monitoring (NFM)
• Irrigation Automation

Our customers benefit from Motorola position as a technology world leader. Not only do Motorola solutions make monitoring & control easier, they are also innovative, field-proven solutions. Since 1968, thousands of Motorola monitoring and control systems have been successfully implemented all over the world serving such diversified applications as:

• Fresh Water Distribution and Waste-Water Handling
• Electric Power Distribution
• Oil & Gas Production and Distribution
• Communications Infrastructure Monitoring (Network Management)
• Flood Warning
• Irrigation Automation
• Site Security
• Fire Station Automation

Motorola has the know how to offer you powerful solutions for your control applications combined with communications solutions. Our customers benefit from Motorola position as a technology world leader and a provider of system solutions for commercial, governmental and industrial applications.

Motorola is a leading supplier of Supervisory Control and Data Acquisition (SCADA) solutions.

Motorola offers the MOSCAD family of solutions for the most popular SCADA applications:

• Water distribution and Waste Water Handling
• Electricity Substation and Distribution Automation
• Oil and Gas Pipelines and Substation Control
• Public Safety: Siren Control and Flood Monitoring

Motorola is a leading supplier of Network Fault Monitoring (NFM) solutions for communication infrastructures. Motorola offers the MOSCAD family of solutions for the typical communication networks:

• Motorola SmartNet, SmartZone Trunking systems
• Cellular communications Installations (GSM, TDMA, CDMA)
• Microwave infrastructure

In case you need to contact a sales support person, refer to the details on the left, which direct you to your regional contact person. For all technical support outside of USA & Canada, contact moscad.support@motorola.com

The higher tier Motorola SCADA product specifically designed to monitor, control and automate the hardware and processes at distributed equipment sites.

MOSCAD (Motorola SCADA) is the Motorola product specifically designed to the specifications of the SCADA (Supervisory Control and Data Acquisition) systems. Motorola's family of MOSCAD Remote Terminal Units (RTUs) can provide you with turnkey solutions that include a large number of RTUs, versatile control centers, third party smart sensors, IEDs, and virtually any process controller unit. MOSCAD was specifically designed as an expandable SCADA system to help you enhance the performance of your remote installations.

MOSCAD Features

Modularity
Allows for easy system configuration optimization according to the specific and unique requirements at your particular site. Our large selection of plug-in I/O modules allows you to configure each remote site to run the specific applications you need.

Dual Functionality
Functions as both an RTU and a Programmable Logic Controller (PLC). If the application loaded into the CPU module is simple, then MOSCAD functions as an RTU; if the application utilizes a decision-making code, then MOSCAD functions as a PLC.

Network adaptability
Connects directly to VHF, UHF, 800 and 900 MHz trunked and conventional radios, Private DataTAC modems, iDEN, TETRA, GSM, Power Line Carrier Communication (PLCC) modems, Multiple Address System (MAS) data radios, and Spread Spectrum radios. Our specialized I/O modules provide connectivity to both digital and analog sensors. Our specialized I/O modules provide connectivity to both digital and analog sensors.

Interoperability
The MOSCAD family of RTUs is capable of communications with other vendors' PLCs, IEDs, and RTUs, by utilizing MODBUS, Allen Bradley DF/1, and other protocols. MOSCAD allows you to integrate new SCADA systems or expand existing ones, utilizing your current communication media, Master Control Center (MCC) software, and the most suitable data protocol.

Motorola Data Link Communication (MDLC) Protocol
MDLC, a modern and powerful data communications protocol, is based on the International Standards Organization's seven-layer protocol recommendation. It was created to be particularly robust on crowded, shared two-way radio communication circuits. Its seven-layer OSI/ISO compatible structure allows powerful networks functions.