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Automated Test Equipment (ATE) racks are commonly used in various industries, including

electronics, aerospace, and automotive, to test electronic components and systems. These

racks are often made up of multiple components, including power distribution units (PDUs) that

are responsible for distributing power to the various test equipment.


In recent years, there has been a growing trend towards integrating emergency stop (e-stop)

functionality into PDUs used in ATE racks. In this blog post, we will discuss the advantages of

using a PDU with e-stop functionality in an ATE rack.


Enhanced Safety

Safety is a top priority in any industrial environment, and ATE racks are no exception. The

integration of e-stop functionality into the PDU provides an additional layer of safety, allowing

operators to immediately cut power to the equipment in the event of an emergency. This can

help prevent accidents and reduce the risk of injury.


Increased Efficiency

In addition to improving safety, a PDU with e-stop functionality can also increase the efficiency

of the ATE rack. By integrating the e-stop with the PDU, operators can quickly and easily shut

down power to all the equipment in the rack, rather than having to shut down each component

individually. This can save time and reduce the risk of damage to the equipment.


Simplified Wiring

The integration of e-stop functionality into the PDU can also simplify wiring and reduce the

amount of cabling required. Instead of having to wire separate e-stop switches to each piece of

equipment, the e-stop functionality can be integrated into the PDU, reducing the amount of

wiring required and potentially saving on costs.


Compliance with Industry Standards

Finally, the integration of e-stop functionality into the PDU can help ensure compliance with

industry standards and regulations. Many industries require that emergency shut down

switches be installed on all equipment, and by integrating this functionality into the PDU,

operators can be assured that they are meeting these requirements.


If you are looking for a PDU with e-stop functionality for your ATE rack, nVent SCHROFF

offers several highly configurable options to suit your specific needs. One such product is the

19”, 3U power distribution unit Rack Safety Plus.


This PDU supplies both AC mains power and DC power to electrical or electronic devices as a

central power switch with emergency stop function. It features a 400 V 3-phase, 230 V 1-

phase mains input with mains fuses, as well as 1-phase 120 V AC (phase to neutral) or 1-

phase 208 / 240 V AC (phase to phase or phase to neutral).


The AC outputs are available in a variety of connector types from Schuko, C13, C19, NEMA 5-

15R, and others, and can be switched on and off using an ON/OFF switch. The PDU also

includes permanent AC outputs (Service) and all outputs are protected by circuit breakers.


The emergency stop function in the Rack Safety Plus meets the requirements of EN 60947-5-1

and EN 60204-1, and is designed to be vandalism-proof for added durability and reliability.

One of the key benefits of nVent SCHROFF's PDUs is their configurability. Customers can

choose from standard configurations or quickly and easily create their own configuration from

predefined components. This flexibility allows the PDU to be tailored to the specific needs of

the application, ensuring optimal performance and safety.


In summary, nVent SCHROFF's PDU with e-stop functionality, such as the Rack Safety Plus,

offers a wide range of features and benefits for ATE rack applications. These PDUs are highly

configurable, can supply both AC mains power and DC power, and include circuit breakers for added protection. Additionally, the emergency stop function meets industry standards and is designed to be vandalism-proof.


Check out our product configurator


For more information, please contact us at Sales@odonnell.com


QUICK FACTS:

  • 20A Output Current, 500W Output Power

  • 28 to 60V Input Range

  • Adjustable Current Limit


WHAT ARE THEY?


Samples are available now for our I7A48020A. Check out the I7A48020A Datasheet here!


For more information on the I7A48020A or other TDK Lambda products, please contact O'Donnell Associates North - sales@odonnell.com










TDK Corporation announces the introduction of the 3000 watt TDK-Lambda brand HWS3000 programmable AC-DC power supplies in a 270 x 150 x 61mm case size. The nominal output voltages (24V, 48V, 60V or 130V) and output currents are fully programmable (CV/CC) from zero up to their maximum rating. The HWS3000 series is available with an 85 - 265Vac single-phase or three-phase 170 - 265Vac input.


Output programming can be achieved using a serial RS485 interface (MODBus protocol) or analog 1 - 5V or 4 - 20mA signals. These very compact products also feature a variable speed fan with typically 45dB audible noise at <70% load, and a 25°C ambient temperature. The power supplies can be used in a wide range of applications, including test and measurement, semiconductor fabrication, RF amplifiers, laser machining, printing, and industrial equipment.


The HWS3000G can deliver 1500W with a low-line single-phase input voltage (85 to 132Vac) and 3000W at high-line (170 to 265Vac). The HWS3000GT provides 3000 watts from a three-phase input voltage of 170 - 265Vac. Four nominal output voltages, 24V, 48V, 60V and 130V, can be programmed to provide 0 - 28.8V, 0 - 52.8V, 0 - 66V, and 0 - 156V. Up to three units can be connected in series, or ten units in parallel. The output voltage slew rate can be digitally programmed and monitored, along with information regarding cumulative operating time, fault log, and product identification information. Digital programming can be performed without turning the power supply on.


A 5V 2A standby voltage, remote on/off, remote sense, fan fail and power good signals are fitted as standard. With efficiencies of up to 93%, internal heating is reduced, allowing reliable operation in the compact package size. The HWS3000 models can operate in -20°C (-40°C start-up) and up to +70°C ambient temperatures, derating linearly from 50°C to 50% load at +70°C. Both models have a five-year warranty and conservatively rated electrolytic capacitor temperatures for long field life. The output terminals are user-configurable for horizontal or vertical connections.


The input to output isolation is 3000Vac, input to ground 2000Vac, and output to ground 1500Vac. The leakage current is <0.85mA and the maximum operating, transportation and storage altitude is 5000m (2000m for the IEC/EN62477-1 standard).


Safety certifications include IEC/EN/UL 62368-1 and IEC/EN62477-1 (OVC III) with CE/UKCA marking for the Low Voltage, EMC, and RoHS Directives. The units meet EN55032A, EN55011-A and FCC-A conducted and radiated emissions. The series also complies with the EN 61000-3-2 harmonics and IEC 61000-4 immunity standards.


For more information on TDK Lambda’s HWS3000 programmable AC-DC power supplies contact O'Donnell Associates North Inc. - sales@odonnell.com

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O'Donnell Associates North

2150 North First Street #433   l   San Jose, CA 95131   l   Phone: (408) 456-2950   l   Email: sales@odonnell.com

© 2012-2013 - O'Donnell Associates North - All Rights Reserved

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