MARS 35F1241BA1 Start Capacitor Mfd 11035 165-V 233-292
( Brand: Mars ), ( Manufacturer Part Number: 35F1241BA1 ), ( Model: 11035 ), ( Part Type: Start )
Review MARS Start Capacitor 165 Mfd
The Mars Start Capacitor 11035, with part number 35F1241BA1 and a capacitance rating of 165.233-292 microfarads, is a crucial component in the starting system of certain motors and engines. This capacitor is designed to provide the necessary energy surge during the starting process, enabling the motor to draw a large current from the power supply.
This particular Mars Start Capacitor is a 2-terminal electrolytic capacitor, which means it uses an electrolyte as a dielectric material. Its capacitance value, 165.233-292 microfarads, is typically given in microfarads ( F) with a tolerance value indicating the deviation from the nominal value. The tolerance value in this case is quite large, which may be indicative of a non-critical application or a design consideration for cost or availability.
The voltage rating of this Mars Start Capacitor is an essential specification. Typical start capacitors have a voltage rating between 150V and 450V, depending on the specific motor or engine application. This particular capacitor is not specified with a voltage value in the part number, emphasizing the importance of knowing the exact voltage requirements for the equipment being used.
Other critical specifications for the Mars Start Capacitor include its ripple current, temperature range, self-healing voltage, and leakage current. The ripple current is the maximum allowable current in the AC ripple during capacitor charging and discharging. The temperature range specifies the allowed operating and storage temperatures to ensure the reliability of the capacitor. The self-healing voltage is the minimum voltage required for the capacitor to recover after a short circuit or overvoltage event. Lastly, the leakage current specification is important as it can significantly affect the energy efficiency of the system.
When purchasing or replacing the Mars Start Capacitor 11035, it's crucial to verify that it has the correct specifications for the specific motor or engine application to ensure optimal performance and safety. Additionally, proper installation, maintenance, and disposal procedures should be followed to ensure the longevity and safety of the component.
The Mars Start Capacitor 165 233-292 MFD 11035 (part number 35F1241BA1) is a critical component used in the starting circuit of a Mars water pump or similar applications. Given below are the pros and cons of buying this particular capacitor for your needs:
**Pros:**1. **Designed for Mars Water Pump:** This capacitor is specifically manufactured for Mars water pumps, which ensures compatibility and reliability in the application.
2. **High Capacitance:** With a capacitance rating of 165-233-292 MFD, this capacitor can store and discharge large amounts of electricity, making it ideal for applications requiring a quick and powerful start.
3. ** volunteered value Rheostat Adjustment:** Voltage can be adjusted via rheostat, which might be beneficial for fine-tuning the starting circuit's performance.
4. **Available from major distributors:** This Capacitor is widely available from major distributors, which makes it easy to purchase and receive, and is readily accessible in replacement scenarios.
**Cons:**1. **price:** The price of the Mars Start Capacitor may be on the higher side as compared to other generic capacitors available in the market.
2. **Limited warranty:** The warranty information or its duration is not readily available for this particular Capacitor model, which might create uncertainty about potential post-sales support.
3. **Size and Weight:** This capacitor might be larger and heavier than some of its counterparts due to its high capacitance and robust construction, which might require additional mounting space and additional support or cost for shipping.
**Conclusion:**Considering the specific application it's designed for, the Mars Start Capacitor 165 233-292 MFD 11035 offers high reliability and compatibility. The cons, including the potentially higher price, limited warranty information, and size/weight, are outweighed by the benefits of specific compatibility and the high capacitance required for your Mars Water Pump. Nevertheless, it remains essential to consider the specifics of your project and your personal preferences to determine if this capacitor is the best choice for you. If you can deal with the potential drawbacks, then this is an excellent choice for your Mars Water Pump application. If not, explore alternative capacitor options to compare the trade-offs and find a more suitable alternative that fits your requirements.
Details:
New old stock.
part #: 35f1241ba1 prices
- $14.95-$29.99
specifications acrfrigeratio:
- brand: Mars
- mpn: 35f1241ba1
- model: 11035
- part type: Start
Returns acrfrigeratio:
- time: 30 Days
- type: Money Back
- policy: returns accepted
- paid by: Buyer
General acrfrigeratio:
- condition: Used
- in stock: Yes
- business industrial > mro industrial supply > hvac > hvac units business industrial > acrefrigeration units hvac units
Payments acrfrigeratio:
- PayPal
Ratings:
- Fast Service - Great Transaction - 5 Stars !! 11-10-17
- Excellent
- A, Very quick shipping! Thank You! 11-10-17
- Nice teaspoons. 11-10-17
- Love it, thx u 11-10-17
Seller acrfrigeratio:
- city: Smithsburg, Maryland
- zipcode: 21783
Offer acrfrigeratio:
- Sold: 0
- quantity: 2
- bids: 0
- Started: November 10, 2017, 1:31 pm
- best offer: true
Shipping acrfrigeratio:
- cost: $4.3
- type: Calculated
- handling: 1 days
Mars 35F1241BA1 Is Similar To:
- 35f1239ba1 Mars Start Capacitor 165v (93% similar) New old stock...(November 12th, 2017)
- 35f1251ba1 Mars Start Capacitor 165 (97.1% similar) New old stock...(November 12th, 2017)
- 35f493ba1 Mars Start Capacitor 165 (92.8% similar) New old stock...(November 11th, 2017)
- 35f950ba1 Mars Start Capacitor 110-125 (82.2% similar) New old stock...(November 12th, 2017)
- Mars106 Mars Start Capacitor 110-125 (73.2% similar) New old stock...(November 12th, 2017)
