13 Best Automotive Replacement Ignition Control Units

List Updated June 2020

Bestselling Automotive Replacement Ignition Control Units in 2020


Lennox Armstrong 10J58 Ignition Control Module Fenwal

Lennox Armstrong 10J58 Ignition Control Module Fenwal
BESTSELLER NO. 1 in 2020

Standard Motor Products LX203T Ignition Module Control Unit

Standard Motor Products LX203T Ignition Module Control Unit
BESTSELLER NO. 2 in 2020
  • Standard Ignition Ignition Control Module LX203T

ICM Controls ICM283 Gas Ignition Control

ICM Controls ICM283 Gas Ignition Control
BESTSELLER NO. 3 in 2020
  • Low cost replacement HSI control for Honeywell, Roberts haw and White Rodgers
  • Single/Dual rod sensing capabilities
  • For gas fired furnaces, boilers and other heating appliances
  • Switch selectable lockout times, ignition trials
  • Works with both Natural and LP systems

Standard Motor Products LX615T Ignition Module Control Unit

Standard Motor Products LX615T Ignition Module Control Unit
BESTSELLER NO. 4 in 2020

Ignition Control Module for 1994-1997 Pontiac Firebird 1994 1995 Buick Roadmaster Commercial Chasis Fleetwood Chevy Camaro Caprice Corvette Impala 5.7L V8 Compatible with LX-368 DR174

Ignition Control Module for 1994-1997 Pontiac Firebird 1994 1995 Buick Roadmaster Commercial Chasis Fleetwood Chevy Camaro Caprice Corvette Impala 5.7L V8 Compatible with LX-368 DR174
BESTSELLER NO. 5 in 2020
  • Replacement for part number 178D-579, LX381, LX-368, LX381T, 10482803, 16201599, DR178, 8104828030, 16132799, IG-D1914, SH73466H1051, 16208961, MFIG00260
  • Brand new replacement for 94 95 Buick Commercial Chassis, Roadmaster, Cadillac Fleetwood, Chevrolet Camaro, Caprice 4.3L and 5.7L, Corvette and Impala
  • Fits 1994 1995 1996 1997 Firebird Pontiac, 5.7L V8
  • Module to ensure correct heat and voltage transfer to vehicle
  • Please check in description for vehicle information and interchangeable part numbers

Armstrong Air 19M54 Armstrong Ignition Control LF

Armstrong Air 19M54 Armstrong Ignition Control LF
BESTSELLER NO. 6 in 2020
  • Brand: Armstrong
  • Product Number: 19M54
  • Category: HVAC
  • Free Shipping on this item!

Ignition Control Module Unit Replacement for Chevrolet Cadillac Pontiac GMC Pickup Truck Van SUV 10482803

Ignition Control Module Unit Replacement for Chevrolet Cadillac Pontiac GMC Pickup Truck Van SUV 10482803
BESTSELLER NO. 7 in 2020
  • Restore ignition system performance when original parts fail
  • Tested to meet all OEM standards
  • Exact fit, with no modification needed
  • 1-Year Limited Warranty

Protech 620044 Ignition Module with Intermittent Pilot

Protech 620044 Ignition Module with Intermittent Pilot
BESTSELLER NO. 8 in 2020
  • Flame sense: non-integrated (separate flame sensor)
  • Trial for ignition (s): 90
  • Pre-purge time (s): 1

Standard Motor Products LX734 Control Unit/Module

Standard Motor Products LX734 Control Unit/Module
BESTSELLER NO. 9 in 2020
  • Standard Motor Products LX-734 Ignition Control Module
  • Packaged as 1 EA

Ignition Control Module for Ford - AEROSTAR BRONCO RANGER PROBE TAURUS THUNDERBIRD - Lincoln Mazda Mercury V6 Compatible with LX-241 CBE40P

Ignition Control Module for Ford - AEROSTAR BRONCO RANGER PROBE TAURUS THUNDERBIRD - Lincoln Mazda Mercury V6 Compatible with LX-241 CBE40P
BESTSELLER NO. 10 in 2020

Ignition Control Module for 1993 Camaro Crovette Firebird V8 5.7L Compatible with DR196

Ignition Control Module for 1993 Camaro Crovette Firebird V8 5.7L Compatible with DR196
BESTSELLER NO. 11 in 2020
  • Brand New Module in Box
  • Easy to install, Low Price and Guaranteed to Improve Performance
  • Made with high quality copper to help disperse heat.
  • Designed to resist moisture, reduce heat stress, and function in all environments.
  • Please check vehicle fitment and interchangeable part numbers to confirm compatibility.

Armstrong Ignitors

Armstrong Ignitors
BESTSELLER NO. 12 in 2020
  • Brand: Armstrong
  • Product Number: 80M29
  • IGNITOR
  • Category: HVAC
  • Free Shipping on this item!

Standard Motor Products LX340T Ignition Module Control Unit

Standard Motor Products LX340T Ignition Module Control Unit
BESTSELLER NO. 13 in 2020

Radiation Therapy: A Beneficial Treatment for People Who Undergo Total Hip Replacements

Many people undergo hip replacement surgery. Radiation therapy, which is better known for its role in treating cancer, has an important role in hip replacement surgery.

On September 17, 2020, New Jersey Governor Jon Corzine underwent a single radiation treatment to his hip area the morning of his hip replacement surgery. The purpose was to prevent the recurrence of a medical problem he incurred, after his shattered hip and thighbone were operated on after an automobile accident he sustained last April.

The condition is called heterotopic ossification (hereafter referred to as HO). The role of radiation therapy for this non-malignant medical problem is relatively unknown by most people but is quite useful.

Background

HO is the formation of rigid bone in places it doesn't belong, namely in the flexible muscles that surround the hip joint. It occurs as a complication of total hip replacements, anywhere from 8-90% of the time, with an average occurrence rate of 40%.

HO can be identified on x-rays of the hip as early as three to six weeks after the operation. However, its effects, such as hip pain and impaired joint mobility limiting the person from climbing stairs, bending forward to tie his or her shoe laces, and arise out of a chair, usually take six to twelve months to develop. The only effective treatment for HO is re-operation, as in the case of Governor Corzine. Needless to say, it is desirable to avoid such a complication.

Who is at Risk?

Risk factors for HO include: male gender, people over age 60, history of severe osteoarthritis, arthritis of the hip following hip trauma, previous surgery on the same hip, and prior HO in the opposite hip.

How does HO occur?

Although the mechanism is not clear, one theory is: in the setting of hip trauma or surgery, bone fragments shed into the surrounding muscle tissue. There, immature connective tissue cells mature into bone cells, which then multiply and form bone in the muscle.

How radiation therapy works

Radiation therapy interferes with the production of DNA by the aforementioned immature connective tissue cells. Thus, the cells cannot multiply and give rise to bone tissue where it does not belong.

History of radiation therapy to prevent or decrease the risk of HO

Radiation therapy was first used to prevent or decrease the risk of HO in the 1970s. With the emergence of new technology, radiation therapy techniques have evolved over the decades.

For example, in the past, radiation therapy was delivered over a series of several treatments administered over the course of one to two weeks. Today, it is usually administered in a single dose.

In addition, as the prosthesis (artificial hip joint) used in total hip replacement surgery has also improved over the decades, so the area of the hip that needs to be treated with radiation therapy after the operation has gotten smaller.

Timing of radiation therapy

It is known that radiation therapy is effective when it is delivered to prevent HO. This is called prophylactic radiation therapy. Radiation therapy is not beneficial once HO has ensued. Therefore, radiation therapy needs to be administered either within 96 hours after the surgery or within four hours prior to surgery.

Radiation therapy for joints other than the hip

Prophylactic radiation therapy is also used for other joints, such as the elbow, wrist, shoulder and TMJ (the hinge joint of the jaw).

Outcomes

The incidence of HO decreases from an average of 40% in people who do not undergo radiation therapy, to 5% for those who do. This translates into a significant benefit.

Complications

Theoretically, radiation therapy can cause cancer. However, to the present, no such complication has been documented in the medical literature.

Also, because the area that is exposed to radiation therapy is near the reproductive organs, fertile people need to practice birth control for one year. This is because radiation has the potential to cause genetic damage in sperm and eggs.

In reality, there are usually no adverse side effects from radiation therapy to treat HO.

Conclusions

Radiation therapy is a useful and safe treatment to prevent heterotopic ossification in people who undergo hip replacement surgery. For more information about radiation therapy, visit www.rtanswers.org .

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