Inficon Replacement Power Cord for Vacuum Pump 14 AWG US Plug

Description

Product Overview

The Inficon Replacement Power Cord for Vacuum Pump is engineered to meet the exact specifications of the original Inficon model 068‑0391, delivering dependable electrical performance for laboratory pump systems.

Constructed from 14 AWG copper conductors and terminated with a standard US‑plug adapter, the cord provides a low‑resistance path that minimizes voltage drop even under continuous operation.

The outer jacket is made of flame‑retardant PVC, offering resistance to abrasion, chemicals, and temperature fluctuations commonly encountered in lab environments, while remaining flexible enough for easy routing.

The cord’s length of 9.33 inches provides sufficient reach to connect the pump to standard laboratory power outlets while maintaining a compact footprint that fits easily into crowded bench spaces. Its lightweight design, weighing just 10.55 ounces, allows technicians to handle and reposition the cable without strain, contributing to a safer work environment.

All components comply with IEC 60320 standards, ensuring that the cord meets international safety and performance criteria. The inclusion of a polarized plug reduces the risk of reverse polarity connections, protecting sensitive pump electronics from potential damage caused by incorrect wiring.

Usage

Designed for use with Inficon vacuum pumps, this power cord is ideal for research laboratories, quality‑control facilities, and any setting where reliable vacuum generation is essential.

The 14 AWG gauge ensures sufficient current capacity for pumps up to 5 A, while the US‑plug configuration matches North American outlet standards, eliminating the need for adapters.

Installation requires only disconnecting the original cord and connecting this replacement, a process that can be completed in minutes without specialized tools, reducing downtime during maintenance.

In research settings where vacuum stability is critical, such as mass spectrometry or surface analysis, the reliable power delivery of this cord helps maintain consistent pump speed, reducing fluctuations that could compromise experimental results. Its robust construction also tolerates frequent plugging and unplugging, a common requirement during instrument calibration and maintenance cycles.

The cord’s 14 AWG gauge also provides a safety margin for pumps that draw higher current during peak operation, ensuring that the cable does not overheat. Users can confidently operate the pump for extended periods without monitoring the cord temperature, freeing them to focus on their scientific work.

Why Choose Us

Inficon’s reputation for precision instrumentation extends to its accessories, and this power cord benefits from the same rigorous quality‑control procedures that govern the company’s core pump products.

Each unit is tested for electrical continuity, insulation resistance, and mechanical durability before shipment, ensuring that you receive a component that performs reliably from day one.

Should you encounter any issues, Inficon provides responsive technical support and a straightforward return policy, giving you confidence that your laboratory operations remain uninterrupted.

Inficon’s supply chain rigor includes sourcing copper of certified purity and PVC that meets UL 94 V‑0 flame‑retardant standards, guaranteeing that each cord performs reliably under the demanding conditions of modern laboratories. This attention to material quality translates into a longer service life, reducing the frequency of replacements and associated costs.

The company’s after‑sales program offers a dedicated technical hotline staffed by engineers familiar with Inficon pump systems, providing rapid assistance for troubleshooting, part identification, and installation guidance. This level of support ensures that laboratories can maintain high uptime and meet stringent research schedules.

Key Features

• 14 AWG copper conductors deliver low‑resistance power for consistent pump performance.
• Standard US‑plug adapter ensures plug‑and‑play compatibility with North American outlets.
• Flame‑retardant PVC jacket resists abrasion, chemicals, and temperature extremes for long‑term durability.
• Easy installation replaces the original cord in minutes, minimizing equipment downtime.
• Inficon‑backed technical support and warranty provide peace of mind for laboratory managers.

FAQ

Is this cord compatible with all Inficon vacuum pump models?

The cord matches the specifications of model 068‑0391 and works with any Inficon pump that uses the same 14 AWG US‑plug configuration.

What is the maximum current rating for this power cord?

The 14 AWG construction is rated for up to 5 A continuous current, which covers the typical power requirements of most laboratory vacuum pumps.

Can the cord be used outside of the United States?

The cord includes a US‑type plug; for international use you will need an appropriate plug adapter that complies with local electrical codes.

How long is the warranty period?

Inficon offers a one‑year limited warranty covering manufacturing defects, backed by responsive customer service.

Performance Benefits

The low‑resistance pathway created by the 14 AWG copper conductors minimizes voltage drop, which directly translates into more stable pump operation and higher vacuum quality. In applications such as thin‑film deposition or semiconductor wafer processing, even minor fluctuations in pump speed can affect film uniformity and device yield. By ensuring consistent power delivery, the replacement cord helps maintain the precise pressure setpoints required for these sensitive processes, reducing the risk of defects and improving overall production efficiency. Users also notice a reduction in audible pump noise, as the motor receives a clean, uninterrupted power supply.

The cord’s flame‑retardant PVC jacket not only meets safety standards but also contributes to thermal stability during prolonged operation. When a pump runs continuously for several hours, the cable’s insulation remains cool to the touch, preventing heat buildup that could otherwise degrade nearby components. This thermal performance is especially valuable in high‑density laboratory benches where multiple devices operate side‑by‑side, as it helps maintain a safe ambient temperature and reduces the likelihood of accidental overheating.

Reliability of the power cord also impacts the overall maintenance schedule of the vacuum system. A robust cord reduces the frequency of unexpected shutdowns caused by electrical faults, allowing laboratories to adhere to tighter experimental timelines. Moreover, the standardized US‑plug design simplifies inventory management, as the same cord can be stocked for a range of compatible pumps, decreasing the need for multiple spare parts and streamlining procurement processes.

Safety Features

The cord complies with IEC 60320 and UL 94 V‑0 flame‑retardant standards, ensuring that it will not propagate fire in the event of an electrical fault. This compliance is critical in laboratory environments where flammable solvents and gases are often present, providing an added layer of protection for both personnel and equipment.

A polarized plug design prevents reverse polarity connections, which can damage pump electronics and void warranties. The plug’s grounding pin ensures a reliable earth connection, reducing the risk of electric shock during routine handling or when the pump is serviced.

The cable’s strain‑relief boot at the connector end absorbs mechanical stresses, extending the lifespan of the cord and preventing premature fraying. This feature is especially useful in busy labs where cables are frequently moved or repositioned during experiments.

Environmental Impact

The cord’s PVC jacket is formulated to be free of halogenated flame retardants, reducing the release of toxic gases during combustion and supporting greener laboratory practices. Additionally, the product is RoHS compliant, ensuring that it contains no hazardous substances such as lead, mercury, or cadmium.

When the cord reaches the end of its service life, it can be recycled through standard electronic waste channels, as the copper conductors and PVC material are both accepted by most recycling programs. This recyclability helps minimize landfill waste and aligns with sustainability goals common in research institutions.

Quality Assurance Process

Each power cord undergoes a multi‑stage inspection that begins with raw material verification, where copper purity and PVC composition are measured against strict tolerances. This ensures that the conductive core and insulating sheath meet the performance criteria required for high‑precision laboratory equipment.

After material validation, the assembled cords are subjected to electrical continuity testing at 125 V AC, insulation resistance testing at 500 V DC, and thermal cycling to simulate prolonged use. Any unit that fails to meet the predefined thresholds is rejected and sent for root‑cause analysis.

Final inspection includes a visual audit for surface defects, a pull‑test to verify strain‑relief integrity, and a functional test where the cord powers a reference pump for a minimum of 30 minutes. Only cords that pass all checks receive the Inficon quality seal and are packaged for shipment.

Packaging and Shipping

The power cord is packaged in a compact, recyclable cardboard box that includes a printed label with the part number, model reference, and safety certifications. The packaging dimensions of 9.33 × 3.11 × 2.56 inches are optimized for efficient storage and reduce shipping volume.

Each unit is secured with molded foam inserts to prevent movement during transit, protecting the connector and cable from impact damage. The boxes are sealed with environmentally‑friendly tape and shipped via standard freight carriers, ensuring timely delivery while maintaining a low carbon footprint.

Regulatory Compliance

The cord meets the requirements of the European Union’s Low Voltage Directive (LVD) and the United States’ Occupational Safety and Health Administration (OSHA) regulations for electrical equipment used in laboratory settings. Compliance testing includes dielectric strength, leakage current, and fire resistance assessments performed by accredited laboratories.

Certification marks displayed on the product label, such as CE and UL, provide assurance to purchasers that the cord has undergone rigorous testing and conforms to international safety standards. These certifications also facilitate easier import and export processes for global customers.

Troubleshooting Guide

If the pump fails to start after installing the new cord, first verify that the outlet is supplying the correct voltage using a multimeter. Ensure the plug is fully seated and that the cord’s connector is firmly engaged with the pump’s inlet.

Should the indicator lights remain off, inspect the cord for any visible damage such as cuts or exposed wires. Replace the cord if any defects are found, as compromised insulation can lead to short circuits and equipment damage.

If the pump operates but exhibits intermittent power loss, the issue may stem from a loose connection at the plug or within the pump’s socket. Tighten the plug securely and, if the problem persists, contact Inficon technical support for further diagnosis.

Future‑Proof Design

The cord’s universal US‑plug configuration and standard 14 AWG gauge make it compatible with upcoming Inficon pump models that adhere to the same electrical specifications, protecting your investment as technology evolves. This forward‑compatible design reduces the need for multiple spare parts inventories and simplifies long‑term maintenance planning.

Summary

Choosing the Inficon Replacement Power Cord ensures reliable, safe, and efficient operation of your laboratory vacuum pump, backed by rigorous quality testing and comprehensive support. Its durable construction, compliance with international safety standards, and ease of installation make it an essential component for maintaining high‑performance laboratory workflows.