• Reduces Start-Up Current Or Amperage By 50-70%
• Eliminates Light Dimming Or Breakers Tripping When AC Starts
• Quiets Your AC Start-Up And Operation
• Helps Start And Run AC On Smaller Generators Or Solar Systems
• Easy To Install For Most Homeowners
• Works With Every Major Residential AC Brand

• Extended Equipment Life: By reducing the electrical strain during startup, Home 6T helps extend the lifespan of your devices.
  
  Power Efficiency: Optimizes your power supply, allowing you to run multiple appliances simultaneously without overloading your system.
  
• Cost Savings: Avoid the need for expensive rewiring or larger generators, making it a cost-effective solution for home applications.
  

TECHNICAL SPECIFICATIONS – SOFTSTART HOME A/C STARTER

• Nominal working voltage: 110VAC (90~135VAC) & 220VAC (187~266VAC), 1 phase
• Power consumption: Less than 3W Protection restart time interval: 3 minutes
• Maximum continuous working voltage: 135VAC/266VAC
• Maximum continuous working current: SSH6T-42A; SSH3T-18A
• Maximum surge current: SSH6T-130A; SSH3T-120A (<350 ms)
• Soft start-up time: 1±0.5s Current consumption: 48mA
• Operation hours: More than 45,000 hours (rated working temperature)
• Protection restart time interval: 3 minutes
• Working temperature:-40ºF to 185ºF (-40ºC to 85ºC)
• Working humidity: 0~95% RH – <104ºF (<40ºC)
• SSH6T Dimensions 8 H x 3.7 W x 2.7 D in. (203 × 94 × 69 mm)
• SSH6T Weight 1 lb. 13 oz. (0.82 kg)
• Warranty: One-year limited warranty (standard); Three-year limited warranty available (see details inside product package)

Q1. Is a SoftStart Home device basically a transformer? If not, what’s the difference?

A. No. SoftStart Home is NOT a transformer. Transformers either step up or step down voltage. A SoftStart Home is a solid-state system that protects A/C and heat pump motors and compressors from damage caused by sudden influxes of power. It greatly limits the inrush of high current typically associated with the motor startup of an inductive-load device, such as an air conditioner or heat pump. SoftStart Home provides a gentle ramp up to full speed (0.06 sec) and only works during startup.

Q2. How is SoftStart Home different from a Hard Start or Start Assist?

A. A Hard Start or Start Assist is a device that stores a large amount of power and releases its power all at once. That is why you hear a heavy thud when a motor/compressor is started with one of these devices. Hard Start and Start Assist devices are hard on the motors and compressors due to the extreme heat created by the large electrical inrush that they allow to reach these vital components. 

Q3. Is a SoftStart Home unit watertight and able to be mounted outside the A/C unit?

A. A SoftStart Home is water-resistant and should be installed with the wires pointed down, preferably inside the air conditioner or heat pump housing.

Q4. How long will a SoftStart Home unit last?

A. SoftStart Home is built to last for many seasons, but it is an electronic device and there are many factors that can shorten the life of electronics.  

Q5. What is the warranty on the SoftStart Home?

A. SoftStart Home is warranted for three years with online registration.

Q6. How does a soft start actually work?

A. SoftStart Home is a solid-state system that protects A/C and heat pump motors and compressors from excessive heat damage caused by sudden influxes of power. It greatly limits the inrush of current associated with motor startup by providing a gentle ramp up to full speed (0.06 sec) SoftStart Home only works during the startup, then it gets out of the way until it’s needed for the next startup. It does not operate while the air conditioner is running.

Q7. Can a SoftStart Home replace a hard start device?

A. Yes! The SoftStart Home can and DOES replace a Hard Start or Start Assist (to use a SoftStart Home, the Hard Start or Start Assist device MUST be disabled before powering up your unit). The SoftStart Home performs a “self test” before starting. If it detects the presence of a Hard Start or Start Assist device, it will not power up (a red light on LED 3 will appear). 

Q8. Can a SoftStart Home replace a surge arrestor?

A. A SoftStart Home does not offer typical surge protection capabilities.

Q9. What type of compressor will a SoftStart Home work with (single-stage, two-stage or variable)?

A. A SoftStart Home will work only on single- and two-stage systems – not a variable speed system.

Q10. Does a SoftStart Home work on refrigeration systems and circulator pumps?

A. SoftStart Home will work on refrigeration systems, but it will not work on circulation pump motors.

Q11. Can a SoftStart Home be taken off an old A/C or heat pump unit and reused on a new or different unit?

A. Yes! The SoftStart Home can be removed and used on a new unit if the older one is replaced. Installation may be different on the new A/C or heat pump, depending on the brand of the units.

Q12. Does each A/C or heat pump unit need its own SoftStart Home device?

A. Yes. Each A/C needs its own SoftStart Home unit if there are multiple A/Cs.

Q13. Will a SoftStart Home affect the air conditioner manufacturer’s warranty?

A. It should not affect the warranty, but it depends on how the SoftStart Home is installed. A SoftStart Home uses wiring connectors that work on many units without changing any wiring connectors. However, there are some air conditioners and heat pumps that require changing one or two wire connectors on the last step of the SoftStart Home installation.

Q14. Is the SoftStart Home unit tested?

A. The SoftStart Home is tested at the factory to withstand temperatures ranging from -40ºF to 185ºF. It is also cycle tested to last more than 100,000 cycles and operate more than 45,000 hours at working temperature.

Q16. There’s a green light on the SoftStart Home unit, the A/C is running, but there’s no reduction of in-rush current?

A. Step 1) Follow the Red Compressor wire FROM the Compressor TO Contactor Block T2 Terminal, Disconnect cut fork terminal off crimp Female on RED Compressor wire, Connect to Blue Softstart wire.

Step 2) Connect Black Softstart wire on a male spade BEHIND where Red Red Compressor wire was.It is important to follow this to achieve the reduction in inrush current.IF you disconnect the Red wireFROMthe Run Capacitor“C”terminal and connect it to the Blue Softstart wire and connect the black Softstart wire on the Run Capacitor“C”terminal. The SoftstartWILLget a green light and the Compressor is RUNNING but there will be NO REDUCTION in inrush current because it is a 14 gage wire even though the 10 gage and 14 gage are on the same post.If you connect the Softstart 14 gage Blue directly to the Compressor wire from T2 and connect the SoftStart Black 14 gage to T2 male spade, the inrush is reduced by 50 to 75% of normal inrush current.Also to correctly capture the inrush you MUST use an inrush meter that can capture 6,000 reading per second because the Softstart starts the compressor in 6/10th of a second.