Emerson Uninterrupted Power Supply maximizes machine availability and minimizes unplanned disruptions in harsh environments
SolaHD SDU AC-B offers optional network communications for advanced control and diagnostics
As more power-sensitive devices are deployed in automated industrial processes, the need for reliable battery backup power is growing exponentially, yet serious challenges remain in the design of traditional Uninterrupted Power Supplies (UPS). Most UPS are simply too large or heat-sensitive to be installed in control cabinets or to be integrated into machines, and virtually all lack network communications required for remote diagnostics.
To address these challenges, Emerson today launched its SolaHD™ SDU AC-B UPS that combines a compact footprint with a wide operating temperature range, plus offers optional network communications supporting all major industrial protocols. Built rugged for harsh and hazardous locations, the SolaHD SDU AC-B supports organizations by bridging power failures during outages to allow for safe shutdowns of machinery, and by mitigating power quality issues that adversely affect critical loads, therefore minimizing work interruptions, long restart cycles, and the loss of data at the point of use.
As a current Emerson customer expressed “We have a hard time selling when we can’t keep our datacenter up all the time. One outage is a multi-million-dollar loss along with damage to our Brand. The SDU B-Series avoids these significant losses while reducing our total cost of ownership through advanced battery health checks and user-replaceable batteries ”
COMPACT DESIGN
Industrial engineers are facing increasing pressure to find additional space for components on DIN rails within control panels and enclosures and in OEM machinery such as fabrication tools, robotics, and CNC machines. The SolaHD™ SDU AC-B features an exceptionally compact footprint, providing design flexibility without compromising protection to critical loads exposed to power aberrations. Measuring only 4.87 x 11.1 x 4.81 inches (HxWxD), it saves space while protecting against all types of power problems in critical applications that cannot afford downtime, including those requiring ODVA compliance.
WIDE TEMPERATURE RANGE
Heat is the enemy of UPS batteries, especially in non-climate controlled environments where elevated temperatures will dramatically shorten the battery service life, such as steel mills, petrochemical plants, or auto manufacturing. The SolaHD SDU AC-B features a high heat, field-replaceable battery rated from 32° to 122°F (0° to 50° C) that is thermally isolated from internal heat generating elements of the UPS. Combined with high-temperature grade components and an advanced battery management system, the SolaHD SDU AC-B adds value and long-term reliability in challenging environments.
NETWORK COMMUNICATIONS
As an option, the SolaHD SDU AC-B has an integrated communication port that supports both active and passive modules. Installing an active module is suitable for both general purposes and for high-end applications with large I/O data transfer, fast network cycles, and synchronization demands communicating on either EtherNet/IP, Modbus, Profinet, or EtherCAT network protocols. Installing a passive module enables the control of two relays. In addition, web monitoring is standard on the SolaHD SDU AC-B that remotely displays UPS status, alerts, SMS notification, and a historical log.
RUGGEDIZED ENGINEERING
Engineers looking to deploy an industrial UPS in harsh and hazardous locations typically require a customized solution to match their infrastructure needs, which means more time spent on development and higher costs. Being able to withstand extreme environmental conditions, the SolaHD SDU AC-B eliminates the need for customized solutions, while ensuring service continuity and energy quality. It features a rugged metal housing along with a conformal coated PCB for corrosion resistance, plus has extensive ordinary, hazardous, and offshore global certifications to operate safely in the presence of flammable gases and vapors.
