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ALLEN BRADLEY POWER SUPPLY

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ALLEN BRADLEY POWER SUPPLY Specification

Operating Temperature
-25°C to 70°C

Working Temperature
-25°C to 70°C

Cooling Method
Convection

Rated Current
5 A

Features
Compact Size, DIN Rail Mountable, UL Listed, LED Indicator

Rated Power
120 W

Phase
Single Phase

Output Current
5 A

Noise Level
<40 dB

Power Factor
>0.95

Power Supply
Switching

Connector Type
Screw Terminal

Application
Industrial Automation, PLC Systems, Control Panels

Current Range
0-5 A

Output Type
Single Output

Product Type
Power Supply

Output Power
120 W

Output Frequency
50/60 Hz

Input Voltage
100-240 VAC

Voltage Protection
Overvoltage, Short Circuit, Overload Protection

Efficiency
Approx. 90%

Material
Metal Housing

Line Regulation
±0.5%

Storage Temperature
-40°C to 85°C

Weight
0.6 kg

Humidity (Non-condensing)
10-95%

Isolation Voltage
3.0 kVAC

Mean Time Between Failure (MTBF)
>500,000 hours (at full load, 25C)

Adjustable Output Voltage
Yes (within range)

Dimensions (W x H x D)
40 mm x 125 mm x 120 mm

Input Frequency
47-63 Hz

Mounting Type
DIN Rail

Series
1606-XLP

Ripple and Noise
<120 mVp-p

ALLEN BRADLEY POWER SUPPLY About

ALLEN BRADLEY POWER SUPPLY P7D

Advanced Protection & Reliability

The 1606-XLP power supply incorporates multiple layers of protection including overvoltage, short circuit, and overload safeguards. Its isolation voltage of 3.0 kVAC ensures safety for connected devices. With an MTBF exceeding 500,000 hours at full load and 25C, users benefit from minimized maintenance and exceptional operational reliability.

Optimized for Industrial Automation

Specially designed for industrial automation, PLC systems, and control panels, this power supplys compact form factor and DIN rail mountability simplify installation. Its robust metal casing and convection cooling enable continuous performance over a wide operating temperature range (-25C to 70C), meeting the demands of tough industrial environments.

Efficient Performance & Simple Operation

Offering approximately 90% efficiency and line regulation of 0.5%, the unit maintains stable output. The adjustable output voltage provides versatility for varied applications, while the LED indicator and screw terminal connectors facilitate quick and secure connections, streamlining setup and ongoing supervision.

FAQs of ALLEN BRADLEY POWER SUPPLY:

Q: How do I mount the ALLEN BRADLEY 1606-XLP power supply on a DIN rail?

A: This power supply is designed for easy installation on standard DIN rails. Simply align the unit with the rail and snap it securely in place. The compact dimensions (40 mm x 125 mm x 120 mm) allow efficient use of panel space.

Q: What is the range for adjustable output voltage on this power supply?

A: The 1606-XLP features an adjustable output voltage within its rated range, allowing you to fine-tune the output to suit specific device requirements. Refer to the product manual for the exact adjustment parameters.

Q: When should I use the overvoltage, short circuit, and overload protection features?

A: These features are automatically activated when the power supply encounters abnormal conditions such as excess current draw or voltage spikes. They protect your equipment from damage and are essential for continuous, safe operation.

Q: Where is the ALLEN BRADLEY 1606-XLP power supply typically used?

A: It is ideally suited for industrial automation, PLC systems, and control panels. Its reliable performance is valued in factories, manufacturing plants, building controls, and other automation environments throughout India.

Q: What is the benefit of its convection cooling method?

A: Convection cooling eliminates the need for fans, resulting in quieter operation (<40 dB) and reduced maintenance, while ensuring the supply remains cool within its working temperature range (-25C to 70C).

Q: How do I connect wiring to the power supply?

A: Wiring is straightforward using the built-in screw terminal connectors. Securely fasten your input and output wires following the manufacturers guidelines for enhanced safety and operational stability.

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