
DM017C04 Comparison
| photo | price | summary | rating |
|---|---|---|---|
![]() | $292.49 | Condition is New – Open box, Hazlux DM017C04 175W 120-277V Vapor Ballast Housing Haz. Loc., shipping cost = $38.05 | 99.8% |

The Hazlux DM017C04 Mercury Vapor Ballast Housing with Class I, Division 2 Hazardous Location Certification (175W, 120-277V) is a robust and reliable solution designed for use in hazardous locations where the risk of ignition exists. This ballast housing is specifically engineered to accommodate mercury vapor lamps and is capable of handling a power input of 175 watts and a voltage range of 120-277 volts.
The housing is constructed from heavy-duty materials, including die-cast aluminum, to ensure durability and long-lasting performance. It is designed with a compact footprint, allowing for easy installation in a variety of applications. The ballast is fully encapsulated within the housing, providing protection against environmental factors and ensuring safe operation.
This Hazlux DM017C04 ballast housing has been certified for use in Class I, Division 2 hazardous locations, making it an ideal choice for industrial, oil and gas, and other similar applications where the risk of ignition is present. It complies with various safety standards, including UL 1203, UL 1598A, and UL 1998, ensuring the highest level of safety and reliability.
The housing is also designed with convenient features, such as a removable cover plate, which provides easy access to the internal components for maintenance and repair. Additionally, it includes mounting holes for secure installation and a grounding lug for proper grounding of the electrical system.
Overall, the Hazlux DM017C04 Mercury Vapor Ballast Housing with Class I, Division 2 Hazardous Location Certification is a high-quality, reliable, and safe solution for applications where the risk of ignition exists. Its robust design, compliance with relevant safety standards, and convenient features make it an excellent choice for industrial, oil and gas, and other similar applications.
A Comprehensive Analysis of the Hazlux DM017C04 Mercury Vapor Ballast Housing: Weighing the Pros and Cons
Introduction:The Hazlux DM017C04 Mercury Vapor Ballast Housing is a crucial component in mercury vapor lighting systems. This housing is designed to meet the Hazardous Location (Haz Loc) requirements for various industrial applications. In this analysis, we will weigh the pros and cons of investing in this Hazlux product.
Pros:1. UL and CSA certified: The Hazlux DM017C04 ballast housing is UL and CSA certified, ensuring it meets the safety standards for hazardous locations.
2. Robust design: The heavy-duty, die-cast aluminum housing offers excellent protection against harsh environments, including vibrations, shocks, and chemicals.
3. Versatile voltage range: The ballast housing supports a wide voltage range (120-277V), making it suitable for various industrial applications.
4. Easy installation: The unit features quick-disconnect terminals, simplifying the installation process.
5. Long lifespan: Mercury vapor lamps and their associated ballasts typically have a long lifespan, reducing the need for frequent replacements.
Cons:1. Contains hazardous materials: Mercury vapor lamps and their ballasts contain hazardous materials, such as mercury. Proper disposal is essential to minimize environmental impact and potential health risks.
2. Energy inefficiency: Mercury vapor lamps are less energy-efficient compared to modern LED or fluorescent lighting technologies.
3. Warm-up time: Mercury vapor lamps require a longer warm-up time to reach full brightness, which can be a disadvantage in applications where instant illumination is required.
4. High maintenance: Mercury vapor lamps and their associated ballasts require regular maintenance, including lamp replacement and ballast cleaning.
5. Incompatibility with dimming systems: Mercury vapor lamps are not compatible with most dimming systems.
Conclusion:The Hazlux DM017C04 Mercury Vapor Ballast Housing is an essential component for industrial applications where hazardous location lighting is required. Its robust design, wide voltage range, and UL and CSA certifications make it an attractive choice. However, it's essential to consider the cons, such as the presence of hazardous materials, energy inefficiency, and high maintenance requirements.
Recommendation:If your application requires mercury vapor lighting in a hazardous location, the Hazlux DM017C04 Mercury Vapor Ballast Housing is an excellent choice. However, if energy efficiency, low maintenance, and compatibility with dimming systems are priorities, consider alternative lighting technologies such as LED or fluorescent.
Details:
Width : 18 in. Will there be a dock or forklift. Consignee: b. All goods are so as is' and with all faults meaning, without limitation, that.
Need it urgently. Local pick-up, prefer to pick it up yourself. After the return period has ended, you can no longer product.
Country of manufacture: USA. We choose the carrier. Next day second air services are available. height : 10 in.
Your phone number and business name. Condition: new/other. Brand: Hazlux. Hazlux DM017C04 175w 120-277v mercury vapor ballast housing haz.
Size: length : 18 in.
specifications faclighting:
- brand: Hazlux
- mpn: Dm017c04
- part type: Ballast Housing
- country of manufacture: United States
offer faclighting:
- in stock #: 1
- availability: in stock
- price: $292.49
- item condition: New – Open box
- started: june 18, 2025
- options: ship-to-home
- sold #: 18
returns faclighting:
- method: money back
- paid by: buyer
- time: 30 days
- policy: returns accepted
general faclighting:
- category: Business & Industrial > Maintenance Safety > Facility > Lights Lighting
seller faclighting:
- rating: 99.5%
- # reviews: 56385
- city: middlebury, indiana
payments faclighting:
- credit card: mastercard
- other
- wallet: apple-pay
shipping faclighting:
- service: ups ground, ups next day air, usps ground advantage
- class: standard, one-day
- transit: 3-7 days
- type: calculated
- carrier: ups, usps
Grouped With:
- VGT22: , Thomas Betts
