Product Introduction
The Schneider Electric 140CPS11100 power supply module functions as a dedicated standalone unit for the Modicon Quantum automation platform. This device provides the essential power backbone for your control system. It converts standard AC mains voltage into a regulated DC source for the entire rack. Specifically, it accepts a wide input range of 120 to 230V AC. This flexibility makes it suitable for diverse industrial sites worldwide. Furthermore, it maintains stable operations even when power conditions fluctuate. The robust internal design actively protects your connected components from damage. You can use this module for new system builds or as a direct replacement in existing Quantum racks. Its compact standard format simplifies integration into your current setup. Ultimately, this product delivers a strong balance of performance and durability for critical tasks.
Technical Specifications
The 140CPS11100 offers clear and definitive technical attributes for demanding environments. This unit operates as a standalone power supply. It functions independently and does not require a redundant partner module. For input, it handles a voltage range from 100 to 276V AC with a frequency of 47 to 63 Hz. The input current draw measures 200 mA at 230V and 400 mA at 115V. Additionally, the inrush current reaches 10 A for a 230V supply and 20 A for a 115V supply. The total rated power consumption for this module stands at 50 VA.
For output performance, this module delivers a consistent 5.1V DC with a maximum output current of 3 A in standalone mode. Moreover, it incorporates comprehensive internal protection features. These include output overvoltage protection and output overload protection. These safety mechanisms automatically safeguard both the module and any connected devices. The power dissipation follows the formula 2 + (3 x Iout), where Iout represents the current in amperes. Therefore, you can predict thermal management accurately. Users can also check the module status instantly via the single green LED labeled PWR OK on the front panel.
Mechanical and Environmental Parameters
This power supply withstands harsh industrial conditions effectively. The ambient air temperature for operation ranges from 32 to 140 °F (0 to 60 °C). For storage, it endures temperatures from -40 to 185 °F (-40 to 85 °C). Furthermore, it operates reliably at altitudes up to 5000 meters without any performance loss. The module also tolerates a relative humidity of 95% without condensation. This makes it ideal for humid environments. Importantly, this unit holds multiple key product certifications, including UL 508, CSA C22.2 No 142, cUL, and FM Class 1 Division 2. Consequently, the 140CPS11100 provides a certified safety solution for hazardous locations. Its resistance to electrostatic discharge reaches 4 kV for contact and 8 kV for air, following IEC 801-2 standards.
Installation Guidance
Installing the 140CPS11100 requires you to follow several simple but important steps. First, always disconnect the system power completely before you insert the module. The unit fits into a standard slot within the Quantum rack. It slides in smoothly until it clicks firmly into position. Specifically, you should check the associated fuse rating. Use a 1.5 A slow-blow type for proper circuit protection. Next, connect the AC power wires to the designated terminals on the module connector. Meanwhile, verify the phase and neutral connections match your local wiring standards. After securing the wiring, you can mount the module easily. Its standard format occupies just a single slot, making installation seamless. Finally, apply power and observe the green LED. If the LED illuminates, this confirms the module delivers the correct 5.1V DC output to the backplane.
Packaging and Logistics
Your purchase of the Schneider 140CPS11100 includes a comprehensive and secure package. The product ships in its original packaging to ensure safe transit. The package dimensions measure 16.3 cm in height, 4.5 cm in width, and 31.2 cm in length. The total package weight comes to exactly 0.665 kg. This packaging effectively protects the module from static electricity and physical damage. For your convenience, we ship this item worldwide using only trusted carriers. We dispatch all orders with the highest care and attention. This ensures your Schneider Electric 140CPS11100 arrives promptly and in perfect condition.
Shipping Methods
We understand the critical importance of fast and reliable delivery for your operations. Therefore, we handle all shipments through premier global couriers. We offer shipping via FedEx, UPS, and DHL. This ensures you receive your power supply module quickly and safely. These services provide excellent tracking capabilities. They also guarantee professional handling from our warehouse directly to your facility.
Packaging List
1 x Schneider Electric 140CPS11100 Power Supply Module
1 x Installation and Operation Manual (Quick Start Guide)
1 x Wiring Connector Plug (attached to the unit)
1 x Product Identification Label
1 x Anti-Static Protective Bag
FAQ
Q1: What is the output voltage and current of the 140CPS11100?
A: The Schneider Electric 140CPS11100 provides a stable output voltage of 5.1V DC. It delivers a maximum output current of 3 amps in its standalone configuration.
Q2: Is the 140CPS11100 suitable for use in redundant power systems?
A: No, this unit works as a standalone power supply. For a redundant system, you would need a different module specifically designed for that purpose. The 140CPS11100 operates independently.
Q3: What type of fuse does this module require?
A: The recommended external fuse for this unit is a 1.5 A slow-blow type. This helps protect the Schneider 140CPS11100 from potential damage due to overcurrent events.
Q4: What does the green LED on the front panel indicate?
A: The single green LED carries the label PWR OK. When it illuminates, this signals that the 140CPS11100 operates correctly and delivers the required power to the rack backplane.
Q5: How should I store the 140CPS11100 if I do not use it immediately?
A: Store this module in its original packaging for maximum protection. Keep it in a location with a temperature between -40 to 185 °F (-40 to 85 °C) and ensure no condensation forms.