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Phoenix Make Power Supply Unit
Phoenix Make Power Supply Unit
Phoenix Make Power Supply Unit
Phoenix Make Power Supply Unit
Phoenix Make Power Supply Unit
Phoenix Make Power Supply Unit
Phoenix Make Power Supply Unit
Phoenix Make Power Supply Unit
Phoenix Make Power Supply Unit
Phoenix Make Power Supply Unit
Phoenix Make Power Supply Unit
Phoenix Make Power Supply Unit
Phoenix Make Power Supply Unit
Phoenix Make Power Supply Unit

Phoenix Make Power Supply Unit

Price 2988.0 INR/ Number

Phoenix Make Power Supply Unit Specification

  • Interface Type
  • Phoenix Contact power supply units (PSUs) utilize a variety of interface types for signaling, configuration, and network integration. These range from standard relay contacts and LED indicators for basic status to advanced NFC, IO-Link, and fieldbus interfaces for comprehensive system transparency
  • Port Size
  • Low to Medium Power (e.g., 5A - 10A): Typically accepts wire sizes from 0.2 mm to 2.5 mm (approx. 24 AWG to 12 AWG).
  • Application
  • Phoenix Contact power supply units (PSUs) are utilized across diverse sectors, ranging from heavy industrial manufacturing to residential building automation. Their applications are typically determined by the specific performance requirements of the environment, such as the need for high system availability, compact size, or energy efficiency
  • Weight
  • 90 GSM (gm/2)
  • Number of Specimens
  • In the context of Phoenix Contact Power Supply Units (PSUs), the "number of specimens" typically refers to ordering quantities, parallel/series configuration limits, or test batch sizes for industrial certification.
  • Gas Pressure
  • - PSI
  • Measuring Range
  • - Rankine
  • Power Supply
  • 24 VDC
  • Material
  • Phoenix Contact power supply units (PSUs) utilize different housing materials depending on their power class and intended environment. Most industrial units use high-grade metals for thermal management and durability, while compact or building-automation units use high-performance plastics.
  • Classification
  • Functional Classification The main product families are distinguished by their performance capabilities and system availability features: QUINT POWER (Maximum Functionality): Designed for high-end industrial automation and critical systems. It features SFB (Selective Fuse Breaking) Technology, preventive function monitoring, and powerful reserves like static and dynamic boost. TRIO POWER (Standard Functionality): A robust "plug-and-play" solution optimized for machine building and systems manufacturing. It offers standard functions with high reliability and optional integrated multi-channel circuit breakers. UNO POWER (Basic Functionality): Focused on high power density and energy efficiency in a compact size. It is ideal for centralized and distributed installations requiring basic power supply without advanced diagnostic features. STEP POWER (Building Automation): Tailored specifically for installation distributors and flat control panels. It is often used in building automation and residential applications due to its specialized form factor. ESSENTIAL (Economical): A basic, cost-effective series designed for standard commercial and light industrial requirements.
  • Usage
  • Phoenix Contact power supply units (PSUs) are primarily used to provide regulated DC power (typically 24 V DC) to industrial automation systems, controllers, and field devices. They are designed for high system availability through advanced features like selective fuse breaking, diagnostic monitoring, and configurable power boosts
  • Accuracy
  • - PSI
  • Max Height
  • 130 MM
  • Voltage
  • 24 Volt (v)
  • Display Type
  • Phoenix Contact power supply units (PSUs) primarily use LED indicators for basic status signaling, with high-performance models featuring a dedicated LED bar graph for real-time load monitoring. While standard PSUs do not typically feature a full digital character display, advanced process indicators and modular systems can integrate more complex visual monitoring tools
  • Operate Method
  • Operational Modes Phoenix Contact PSUs are designed to function in various system-level configurations to meet specific reliability or power needs: Parallel Operation: Multiple units of the same type can be connected in parallel to increase power (up to 5 units typically) or to create a redundant system. Series Operation: Up to 2 units can be connected in series to achieve higher output voltages, such as 48V DC from two 24V units. Redundancy Mode: Two power supplies are connected in parallel and decoupled via redundancy modules (like QUINT S-ORING) to ensure continuous supply if one unit fails. Sleep Mode: Specific models like the Phoenix Contact QUINT4 feature a "Sleep" function that allows the output stage to be shut down remotely via a dedicated input to save energy. docs.rs-online.com
  • Response Time
  • 1 Minutes
  • Test Range
  • 18 V DC to 29.5 V DC
  • Features
  • SFB (Selective Fuse Breaking): QUINT units deliver a high-current burst (6x nominal) for 15ms to trip standard circuit breakers and isolate faults without a system shutdown. Static & Dynamic Boost: Units automatically manage power reserves, providing Static Boost (up to 125% sustained) for expansion and Dynamic Boost (up to 200% for 5 seconds) to start heavy loads. Characteristic Curves: Users can select between different curves, such as U/I Advanced, Smart HICCUP, or FUSE MODE, to define how the power supply behaves during a short circuit or overload.
  • Automation Grade
  • Phoenix Contact power supply units (PSUs) are primarily classified as industrial grade, though specific series are tailored for different "automation grades," such as high-end industrial automation, building automation, and cost-optimized commercial applications
  • Power
  • 24 Volt (v)
  • Specimen Size
  • 90 Millimeter (mm)
  • Frequency
  • - Hertz (HZ)
  • Resolution
  • -
  • Product Type
  • -
  • Capacity
  • - Pcs/hr
  • Operating Voltage
  • 24 Volt (V)
  • Temperature
  • -25 DEG.C To 70 DEG.C Celsius (oC)
  • Color
  • Grey
  • Equipment Type
  • -
  • Mounting Type
  • Phoenix Contact power supply units (PSUs) are primarily designed for DIN rail mounting, but they also offer versatile options for panel/wall mounting, 19-inch rack integration, and direct field installation with IP67 protection.
  • Humidity
  • -
  • Hardness
  • In the context of Phoenix Contact power supply units (PSUs), "hardness" primarily refers to the mechanical durability and impact resistance of the housing materials. While technical datasheets for power supplies do not typically list a Rockwell or Vickers hardness number for the metal itself, they specify standardized impact and environmental ratings.
  • Dimension (L*W*H)
  • 130 MM Millimeter (mm)
  • Machine Weight
  • 0.2 To 3.5 Gram (g)
  • Test Speed
  • 1
  • Test Width
  • 120 Millimeter (mm)
  • Test Stroke
  • In the context of Phoenix Contact power supply units (PSUs) and industrial control, a "test stroke" (or stroke test) typically refers to a diagnostic procedure for a mechanical or electromechanical component such as a control valve or circuit breaker that is powered or controlled by the PSU, rather than a function of the power supply itself.
  • Control Mode
  • "Control mode" for Phoenix Contact power supply units (PSUs) typically refers to the output characteristic curves that define how the unit behaves under different load conditions, as well as the remote control interfaces used for configuration and monitoring.
 

Phoenix Make Power Supply Unit Trade Information

  • Minimum Order Quantity
  • 10 Number
  • Supply Ability
  • 1 Number Per Week
  • Delivery Time
  • 2 Week
  • Sample Available
  • No
  • Sample Policy
  • Contact us for information regarding our sample policy
 

About Phoenix Make Power Supply Unit

Phoenix Contact offers versatile power supply units (PSUs) known for DIN-rail mounting, high efficiency (up to 95%), and robust, often IP67-rated, designs for harsh industrial environments. Key series include QUINT (high availability/SFB), TRIO (compact), and UNO (basic), offering 1- or 3-phase, 12-48V DC outputs, and power up to 1000W.Key Specifications Overview
  • Input Voltage: 100-240V AC (universal), 110-250V DC.
  • Output Voltage: Primarily 24V DC (typical range 22.5...28.5V DC), with 5V, 12V, 48V options.
  • Power Output: Ranging from 30W to 960W+ (e.g., 2.5A to 40A).
  • Efficiency: >90%, with some models exceeding 95%.
  • Operating Temp: -25C to +70C (with, in some cases, -40C startup).
  • Protection: IP20 (standard) or IP67 (field-level).
  • Series-Specific Features
    • QUINT POWER: Features SFB (Selective Fuse Breaking) technology, 6x nominal current for 15ms,, and static/dynamic boost (up to 200% for 5s).
    • TRIO POWER: Compact with IP67 options, ideal for cabinet-free applications.
    • UNO POWER: High power density, compact units up to 960W.
    • STEP POWER: Low no-load losses (<0.7W), ideal for installation distributors.
    • QUINT POWER (High-Performance)
      These units are designed for high-availability systems and feature SFB (Selective Fuse Breaking) Technology, which provides six times the nominal current for 15ms to trip standard circuit breakers.
      • SFB Technology: Delivers a high current burst (e.g., 215A for 15ms on a 40A model) to isolate faults without system-wide shutdowns.
      • Power Reserves: Includes a Static Boost (up to 125% sustained power) and a Dynamic Boost (up to 200% for 5 seconds) for starting heavy loads.
      • Signaling: Offers preventive function monitoring through analog/digital signals and floating relay contacts.
      • NFC Configuration: Select fourth-generation models (QUINT4) allow parameters to be set via Near Field Communication.
      • Operating Temp: Ranges from -25C to +70C, with startup tested at -40C
      • TRIO POWER (Standard Functionality)
        A robust "plug-and-play" solution tailored for machine building and standard industrial applications.
        • Dynamic Boost: Provides up to 150% of nominal power for 5 seconds to start difficult loads.
        • Design: Features a compact metal housing and Push-in connection technology for quick, tool-free installation.
        • Integrated Protection: Some models include multi-channel circuit breakers to protect individual load circuits.
        • Diagnostics: Uses multicolor LEDs and a collective relay contact for clear status signaling.
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