Three in one unit model HS206 - 1/3 HP (NEW)

HS206 3-in-1 Compressor Starting Unit

The HS206 is a new 3-in-1 starting component for suitable 1/3 HP refrigeration compressors. It brings a solid-state starting relay, overload protection, and a start capacitor into one replacement assembly. Vending World lists Dixie-Narco and Vendo as potential vending machine applications. Always match the unit to the compressor before ordering.

What the three-in-one design means

A refrigeration compressor needs a starting circuit to begin its cycle. The HS206 groups three related starting functions into one part. This can reduce the need to source separate starting components when the existing compressor and circuit support this style of replacement.

Product details at a glance

The listed model is HS206. The product is new, not refurbished. Its stated motor rating is 1/3 HP. The listed functions are solid-state relay, overload, and start capacitor. These details describe the offered product, not a promise that it fits every machine carrying a familiar brand name.

HS206 Product Overview

• Model: HS206
• Condition: New
• Listed application rating: 1/3 HP
• Integrated solid-state relay
• Integrated overload protection
• Integrated start capacitor
• Dixie-Narco and Vendo mentioned as potential applications
• Confirm exact compressor compatibility before purchase

Component Functions

Part	Role
Solid-state relay	Supports the starting circuit in a compatible compressor.
Overload	Helps protect against certain abnormal operating conditions.
Start capacitor	Assists the motor during its start sequence.

Compressor horsepower

A 1/3 HP rating is a key starting point, but it is not a complete match by itself. Two compressors with the same nominal horsepower may use different starting arrangements.

What to verify

• Check the installed compressor documentation when evaluating compressor horsepower.
• Compare the current assembly and its ratings before selecting a replacement for compressor horsepower.
• Keep the machine and compressor model information with the service record for compressor horsepower.

Compressor model numbers

Read the data plate on the installed compressor. Record the manufacturer and full model number. Use that information when checking the HS206 against the required starting circuit.

What to verify

• Check the installed compressor documentation when evaluating compressor model numbers.
• Compare the current assembly and its ratings before selecting a replacement for compressor model numbers.
• Keep the machine and compressor model information with the service record for compressor model numbers.

Voltage requirements

Confirm the compressor supply voltage and the intended electrical rating of the replacement. A horsepower match does not establish that voltage and wiring are suitable.

What to verify

• Check the installed compressor documentation when evaluating voltage requirements.
• Compare the current assembly and its ratings before selecting a replacement for voltage requirements.
• Keep the machine and compressor model information with the service record for voltage requirements.

Starting relay function

The starting relay helps manage the compressor start winding during startup. A faulty starting circuit can prevent a compressor from reaching normal running speed.

What to verify

• Check the installed compressor documentation when evaluating starting relay function.
• Compare the current assembly and its ratings before selecting a replacement for starting relay function.
• Keep the machine and compressor model information with the service record for starting relay function.

Overload protection

An overload device helps interrupt operation under certain excessive electrical or thermal conditions. It is a protective part, not a cure for overheating caused by blocked airflow or another fault.

What to verify

• Check the installed compressor documentation when evaluating overload protection.
• Compare the current assembly and its ratings before selecting a replacement for overload protection.
• Keep the machine and compressor model information with the service record for overload protection.

Start capacitor role

A start capacitor provides additional starting assistance in compatible circuits. The needed capacitance and electrical rating depend on the compressor design.

What to verify

• Check the installed compressor documentation when evaluating start capacitor role.
• Compare the current assembly and its ratings before selecting a replacement for start capacitor role.
• Keep the machine and compressor model information with the service record for start capacitor role.

Dixie-Narco machines

The listing mentions Dixie-Narco vending equipment. This is a useful search clue, but machine brand alone cannot confirm the compressor or starting device inside a specific cabinet.

What to verify

• Check the installed compressor documentation when evaluating dixie-narco machines.
• Compare the current assembly and its ratings before selecting a replacement for dixie-narco machines.
• Keep the machine and compressor model information with the service record for dixie-narco machines.

Vendo machines

Vendo is also named on the product listing. Check the installed refrigeration system rather than assuming that every Vendo cabinet uses the same compressor starting arrangement.

What to verify

• Check the installed compressor documentation when evaluating vendo machines.
• Compare the current assembly and its ratings before selecting a replacement for vendo machines.
• Keep the machine and compressor model information with the service record for vendo machines.

Machine age and repairs

A vending machine may have received a replacement compressor during its service life. The installed compressor can differ from the original factory part.

What to verify

• Check the installed compressor documentation when evaluating machine age and repairs.
• Compare the current assembly and its ratings before selecting a replacement for machine age and repairs.
• Keep the machine and compressor model information with the service record for machine age and repairs.

Original starting parts

Compare the original relay, overload, and capacitor arrangement with the proposed replacement. Different configurations can require different components.

What to verify

• Check the installed compressor documentation when evaluating original starting parts.
• Compare the current assembly and its ratings before selecting a replacement for original starting parts.
• Keep the machine and compressor model information with the service record for original starting parts.

Wiring configuration

A combined starting unit must connect to the correct compressor terminals and supply wiring. Never guess at terminal positions or wire colors.

What to verify

• Check the installed compressor documentation when evaluating wiring configuration.
• Compare the current assembly and its ratings before selecting a replacement for wiring configuration.
• Keep the machine and compressor model information with the service record for wiring configuration.

Compressor terminals

Terminal identification must come from reliable compressor documentation or a qualified technician. Incorrect connections can damage equipment and create a shock or fire risk.

What to verify

• Check the installed compressor documentation when evaluating compressor terminals.
• Compare the current assembly and its ratings before selecting a replacement for compressor terminals.
• Keep the machine and compressor model information with the service record for compressor terminals.

Intermittent starting

A compressor that starts only some of the time can have several causes. Supply issues, control problems, weak starting components, and compressor defects need different remedies.

What to verify

• Check the installed compressor documentation when evaluating intermittent starting.
• Compare the current assembly and its ratings before selecting a replacement for intermittent starting.
• Keep the machine and compressor model information with the service record for intermittent starting.

Clicking sounds

Repeated clicking can occur when an overload opens and resets. That symptom does not prove that the starting unit is the only failed part.

What to verify

• Check the installed compressor documentation when evaluating clicking sounds.
• Compare the current assembly and its ratings before selecting a replacement for clicking sounds.
• Keep the machine and compressor model information with the service record for clicking sounds.

Cabinet temperature

A warm drink cabinet may result from airflow restrictions, dirty condenser coils, a failed fan, or a refrigeration fault. Temperature alone cannot identify the required repair.

What to verify

• Check the installed compressor documentation when evaluating cabinet temperature.
• Compare the current assembly and its ratings before selecting a replacement for cabinet temperature.
• Keep the machine and compressor model information with the service record for cabinet temperature.

Condenser condition

Dust and poor ventilation can increase operating stress. A replacement starting component will not remove heat trapped by a clogged condenser.

What to verify

• Check the installed compressor documentation when evaluating condenser condition.
• Compare the current assembly and its ratings before selecting a replacement for condenser condition.
• Keep the machine and compressor model information with the service record for condenser condition.

Fan operation

Condenser and evaporator fans play different roles in cabinet cooling. Confirm that airflow problems are not being mistaken for compressor starting problems.

What to verify

• Check the installed compressor documentation when evaluating fan operation.
• Compare the current assembly and its ratings before selecting a replacement for fan operation.
• Keep the machine and compressor model information with the service record for fan operation.

Power supply quality

Low voltage and unstable power can affect compressor starting. Electrical supply issues should be resolved rather than hidden with repeated part changes.

What to verify

• Check the installed compressor documentation when evaluating power supply quality.
• Compare the current assembly and its ratings before selecting a replacement for power supply quality.
• Keep the machine and compressor model information with the service record for power supply quality.

Thermostat controls

A thermostat or electronic control determines when cooling is requested. A compressor that never receives a start command may not need a new starting assembly.

What to verify

• Check the installed compressor documentation when evaluating thermostat controls.
• Compare the current assembly and its ratings before selecting a replacement for thermostat controls.
• Keep the machine and compressor model information with the service record for thermostat controls.

Electrical safety

Disconnect power before inspecting refrigeration electrical parts. Capacitors can retain a charge after unplugging, so service should follow approved discharge and verification procedures.

What to verify

• Check the installed compressor documentation when evaluating electrical safety.
• Compare the current assembly and its ratings before selecting a replacement for electrical safety.
• Keep the machine and compressor model information with the service record for electrical safety.

Professional installation

Refrigeration electrical work is best handled by a qualified service professional. The correct connection and protection depend on the compressor and local electrical rules.

What to verify

• Check the installed compressor documentation when evaluating professional installation.
• Compare the current assembly and its ratings before selecting a replacement for professional installation.
• Keep the machine and compressor model information with the service record for professional installation.

Replacement planning

Have the compressor data and current starting assembly information ready before buying. Clear records reduce wrong-part orders and return delays.

What to verify

• Check the installed compressor documentation when evaluating replacement planning.
• Compare the current assembly and its ratings before selecting a replacement for replacement planning.
• Keep the machine and compressor model information with the service record for replacement planning.

Service history

Keep a note of prior compressor replacements, wiring changes, and repeated failures. A service record can reveal whether the current problem is new or recurring.

What to verify

• Check the installed compressor documentation when evaluating service history.
• Compare the current assembly and its ratings before selecting a replacement for service history.
• Keep the machine and compressor model information with the service record for service history.

New component condition

The HS206 is listed as a new part. New condition describes the offered item; it does not guarantee compatibility or correct an unrelated system fault.

What to verify

• Check the installed compressor documentation when evaluating new component condition.
• Compare the current assembly and its ratings before selecting a replacement for new component condition.
• Keep the machine and compressor model information with the service record for new component condition.

Three components together

The combined format can be convenient when the specified application allows a single assembly. It should not be treated as a universal substitute for every separate relay and capacitor set.

What to verify

• Check the installed compressor documentation when evaluating three components together.
• Compare the current assembly and its ratings before selecting a replacement for three components together.
• Keep the machine and compressor model information with the service record for three components together.

Physical clearance

Confirm that the assembly can be placed safely in the compressor electrical area. Adequate clearance and secure placement matter in a vibrating vending cabinet.

What to verify

• Check the installed compressor documentation when evaluating physical clearance.
• Compare the current assembly and its ratings before selecting a replacement for physical clearance.
• Keep the machine and compressor model information with the service record for physical clearance.

Protective covers

A compressor terminal cover protects electrical connections. Do not leave live terminals exposed after service or force a cover over an unsuitable part.

What to verify

• Check the installed compressor documentation when evaluating protective covers.
• Compare the current assembly and its ratings before selecting a replacement for protective covers.
• Keep the machine and compressor model information with the service record for protective covers.

Harness condition

Damaged connectors or heat-stressed wiring may need attention apart from the starting component. A fresh unit attached to a poor connection can still fail.

What to verify

• Check the installed compressor documentation when evaluating harness condition.
• Compare the current assembly and its ratings before selecting a replacement for harness condition.
• Keep the machine and compressor model information with the service record for harness condition.

Heat damage

Discoloration, melted insulation, or burnt terminals suggest a need for a broader electrical inspection. Replacing only the visible part may leave the original cause in place.

What to verify

• Check the installed compressor documentation when evaluating heat damage.
• Compare the current assembly and its ratings before selecting a replacement for heat damage.
• Keep the machine and compressor model information with the service record for heat damage.

Moisture exposure

Condensation or leaks near electrical connections can lead to corrosion. Check the surrounding area for moisture-related damage before returning a machine to service.

What to verify

• Check the installed compressor documentation when evaluating moisture exposure.
• Compare the current assembly and its ratings before selecting a replacement for moisture exposure.
• Keep the machine and compressor model information with the service record for moisture exposure.

Compressor health

A seized or internally damaged compressor may not start even with a correctly matched new starting device. Confirm the compressor is serviceable.

What to verify

• Check the installed compressor documentation when evaluating compressor health.
• Compare the current assembly and its ratings before selecting a replacement for compressor health.
• Keep the machine and compressor model information with the service record for compressor health.

Start versus run circuits

Starting and running are distinct phases of compressor operation. The proper circuit arrangement must be maintained throughout both phases.

What to verify

• Check the installed compressor documentation when evaluating start versus run circuits.
• Compare the current assembly and its ratings before selecting a replacement for start versus run circuits.
• Keep the machine and compressor model information with the service record for start versus run circuits.

Cooling cycle behavior

A healthy cooling cycle includes a start, sustained operation, and an eventual stop when controls are satisfied. Each phase can help narrow down a fault.

What to verify

• Check the installed compressor documentation when evaluating cooling cycle behavior.
• Compare the current assembly and its ratings before selecting a replacement for cooling cycle behavior.
• Keep the machine and compressor model information with the service record for cooling cycle behavior.

Repeat overload trips

Frequent overload trips can indicate excessive load, high temperature, or electrical faults. Repeated resetting without diagnosis can worsen damage.

What to verify

• Check the installed compressor documentation when evaluating repeat overload trips.
• Compare the current assembly and its ratings before selecting a replacement for repeat overload trips.
• Keep the machine and compressor model information with the service record for repeat overload trips.

Equipment downtime

A vending machine with failed cooling may need to be taken out of service. Product safety and storage temperature requirements come before a quick return to sales.

What to verify

• Check the installed compressor documentation when evaluating equipment downtime.
• Compare the current assembly and its ratings before selecting a replacement for equipment downtime.
• Keep the machine and compressor model information with the service record for equipment downtime.

Route maintenance

Operators often manage many cabinets. Recording the exact compressor model for each machine can make later parts sourcing more accurate.

What to verify

• Check the installed compressor documentation when evaluating route maintenance.
• Compare the current assembly and its ratings before selecting a replacement for route maintenance.
• Keep the machine and compressor model information with the service record for route maintenance.

Spare part inventory

If keeping HS206 units in stock, label them by their verified applications. Avoid assigning them to machines solely by cabinet brand or approximate age.

What to verify

• Check the installed compressor documentation when evaluating spare part inventory.
• Compare the current assembly and its ratings before selecting a replacement for spare part inventory.
• Keep the machine and compressor model information with the service record for spare part inventory.

Ordering confidence

A good order starts with a match between the installed compressor and the replacement specifications. Ask for clarification when a label is missing or unreadable.

What to verify

• Check the installed compressor documentation when evaluating ordering confidence.
• Compare the current assembly and its ratings before selecting a replacement for ordering confidence.
• Keep the machine and compressor model information with the service record for ordering confidence.

Refrigeration assembly

The starting device is one part of a larger cooling system. The condenser, evaporator, fans, controls, refrigerant circuit, and compressor must work together.

What to verify

• Check the installed compressor documentation when evaluating refrigeration assembly.
• Compare the current assembly and its ratings before selecting a replacement for refrigeration assembly.
• Keep the machine and compressor model information with the service record for refrigeration assembly.

Electrical ratings

Use documented electrical ratings rather than appearance to select a starting unit. Parts that look similar can have different electrical limits.

What to verify

• Check the installed compressor documentation when evaluating electrical ratings.
• Compare the current assembly and its ratings before selecting a replacement for electrical ratings.
• Keep the machine and compressor model information with the service record for electrical ratings.

Capacitor compatibility

Capacitors are not interchangeable just because they fit the same space. Correct electrical characteristics are important for starting performance and safety.

What to verify

• Check the installed compressor documentation when evaluating capacitor compatibility.
• Compare the current assembly and its ratings before selecting a replacement for capacitor compatibility.
• Keep the machine and compressor model information with the service record for capacitor compatibility.

Relay compatibility

A solid-state relay design may differ from the original mechanical starting arrangement. Use the correct approved application rather than an improvised conversion.

What to verify

• Check the installed compressor documentation when evaluating relay compatibility.
• Compare the current assembly and its ratings before selecting a replacement for relay compatibility.
• Keep the machine and compressor model information with the service record for relay compatibility.

Overload compatibility

An overload must suit the compressor protection needs. A mismatched device may trip incorrectly or fail to provide the intended protection.

What to verify

• Check the installed compressor documentation when evaluating overload compatibility.
• Compare the current assembly and its ratings before selecting a replacement for overload compatibility.
• Keep the machine and compressor model information with the service record for overload compatibility.

Cabinet vibrations

Vending equipment vibrates during compressor operation and door use. Connections and component placement should remain secure under normal service.

What to verify

• Check the installed compressor documentation when evaluating cabinet vibrations.
• Compare the current assembly and its ratings before selecting a replacement for cabinet vibrations.
• Keep the machine and compressor model information with the service record for cabinet vibrations.

Wire routing

Keep electrical leads clear of hot surfaces, sharp edges, and moving parts. Safe routing is part of a sound repair.

What to verify

• Check the installed compressor documentation when evaluating wire routing.
• Compare the current assembly and its ratings before selecting a replacement for wire routing.
• Keep the machine and compressor model information with the service record for wire routing.

Parts identification

Photographs of labels and the original electrical assembly can help a supplier or technician compare the replacement. Preserve readable model and rating information.

What to verify

• Check the installed compressor documentation when evaluating parts identification.
• Compare the current assembly and its ratings before selecting a replacement for parts identification.
• Keep the machine and compressor model information with the service record for parts identification.

Replacement versus diagnosis

The HS206 is a replacement component, not a diagnostic tool. Determine the failed function before choosing a part.

What to verify

• Check the installed compressor documentation when evaluating replacement versus diagnosis.
• Compare the current assembly and its ratings before selecting a replacement for replacement versus diagnosis.
• Keep the machine and compressor model information with the service record for replacement versus diagnosis.

After-service checks

A qualified technician should verify that the compressor starts and runs as intended, that protective devices remain effective, and that the cabinet cools normally.

What to verify

• Check the installed compressor documentation when evaluating after-service checks.
• Compare the current assembly and its ratings before selecting a replacement for after-service checks.
• Keep the machine and compressor model information with the service record for after-service checks.

Long-term reliability

Reliable cooling depends on more than a new starting unit. Clean airflow paths, correct voltage, sound wiring, and a healthy compressor all matter.

What to verify

• Check the installed compressor documentation when evaluating long-term reliability.
• Compare the current assembly and its ratings before selecting a replacement for long-term reliability.
• Keep the machine and compressor model information with the service record for long-term reliability.

Machine model labels

The cabinet model number is useful for identifying the equipment family. It does not always reveal the exact refrigeration components installed today.

What to verify

• Check the installed compressor documentation when evaluating machine model labels.
• Compare the current assembly and its ratings before selecting a replacement for machine model labels.
• Keep the machine and compressor model information with the service record for machine model labels.

Documentation

Keep the relevant compressor and machine service instructions available. They provide details that a short online listing cannot cover.

What to verify

• Check the installed compressor documentation when evaluating documentation.
• Compare the current assembly and its ratings before selecting a replacement for documentation.
• Keep the machine and compressor model information with the service record for documentation.

Buying for a repair job

If a machine is down, collect its model details before placing an urgent order. A quick but mismatched part can extend downtime.

What to verify

• Check the installed compressor documentation when evaluating buying for a repair job.
• Compare the current assembly and its ratings before selecting a replacement for buying for a repair job.
• Keep the machine and compressor model information with the service record for buying for a repair job.

Multiple machine fleets

Similar-looking vending machines can have different compressor assemblies. Verify each fleet group before standardizing on one replacement part.

What to verify

• Check the installed compressor documentation when evaluating multiple machine fleets.
• Compare the current assembly and its ratings before selecting a replacement for multiple machine fleets.
• Keep the machine and compressor model information with the service record for multiple machine fleets.

Signs of another fault

A compressor that runs but does not cool may have a refrigeration-system issue rather than a start-circuit issue. Do not expect a starting unit to fix every cooling complaint.

What to verify

• Check the installed compressor documentation when evaluating signs of another fault.
• Compare the current assembly and its ratings before selecting a replacement for signs of another fault.
• Keep the machine and compressor model information with the service record for signs of another fault.

Compressor replacement history

Replacement refrigeration decks and compressor swaps can change the parts needed for later repairs. The current hardware takes priority over older purchase records.

What to verify

• Check the installed compressor documentation when evaluating compressor replacement history.
• Compare the current assembly and its ratings before selecting a replacement for compressor replacement history.
• Keep the machine and compressor model information with the service record for compressor replacement history.

When to seek support

If the required ratings or connections cannot be confirmed, contact a qualified technician or the seller with the compressor model and clear component photos.

What to verify

• Check the installed compressor documentation when evaluating when to seek support.
• Compare the current assembly and its ratings before selecting a replacement for when to seek support.
• Keep the machine and compressor model information with the service record for when to seek support.

Purpose of the HS206

The HS206 is intended to serve compatible compressor starting applications. Its value lies in combining several starting functions into one assembly when the fit is correct.

What to verify

• Check the installed compressor documentation when evaluating purpose of the hs206.
• Compare the current assembly and its ratings before selecting a replacement for purpose of the hs206.
• Keep the machine and compressor model information with the service record for purpose of the hs206.

Final compatibility review

Before purchase, verify the compressor horsepower, electrical ratings, original circuit type, connection scheme, and available mounting space. A complete check is better than a brand-only guess.

What to verify

• Check the installed compressor documentation when evaluating final compatibility review.
• Compare the current assembly and its ratings before selecting a replacement for final compatibility review.
• Keep the machine and compressor model information with the service record for final compatibility review.

Frequently Asked Questions

Does HS206 fit every 1/3 HP compressor?

No. The advertised horsepower is one selection factor. Voltage, compressor design, start components, and connection requirements must also match.

Is the HS206 refurbished?

No. The product page identifies the HS206 as a new part.

Can this unit repair a compressor that is mechanically locked?

A starting assembly cannot correct internal mechanical damage. A technician should assess the compressor before replacement.

Does the product listing guarantee fit for every Dixie-Narco cabinet?

No. Dixie-Narco is listed as an application family, but the exact installed compressor must be checked.

Does the product listing guarantee fit for every Vendo cabinet?

No. Vendo is listed as an application family, not a complete compatibility chart.

Why does a compressor click but not start?

An overload may be cycling, but electrical supply, starting components, wiring, or the compressor itself could be involved.

Should a warm cabinet always receive a new start device?

No. A warm cabinet may have fan, airflow, control, or refrigeration issues unrelated to the start device.

Is installation a plug-and-play task?

Do not assume that it is. The connections and protective arrangement must be verified for the exact compressor.

What information helps with an order?

The compressor manufacturer, model number, electrical ratings, and details of the existing starting parts are useful.

Can a new unit prevent every future failure?

No. Proper electrical supply, ventilation, compressor condition, and routine maintenance still affect performance.

Compressor horsepower: service note 1

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to compressor horsepower, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Compressor model numbers: service note 2

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to compressor model numbers, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Voltage requirements: service note 3

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to voltage requirements, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Starting relay function: service note 4

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to starting relay function, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Overload protection: service note 5

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to overload protection, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Start capacitor role: service note 6

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to start capacitor role, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Dixie-Narco machines: service note 7

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to dixie-narco machines, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Vendo machines: service note 8

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to vendo machines, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Machine age and repairs: service note 9

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to machine age and repairs, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Original starting parts: service note 10

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to original starting parts, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Wiring configuration: service note 11

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to wiring configuration, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Compressor terminals: service note 12

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to compressor terminals, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Intermittent starting: service note 13

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to intermittent starting, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Clicking sounds: service note 14

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to clicking sounds, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Cabinet temperature: service note 15

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to cabinet temperature, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Condenser condition: service note 16

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to condenser condition, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Fan operation: service note 17

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to fan operation, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Power supply quality: service note 18

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to power supply quality, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Thermostat controls: service note 19

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to thermostat controls, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Electrical safety: service note 20

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to electrical safety, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Professional installation: service note 21

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to professional installation, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Replacement planning: service note 22

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to replacement planning, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Service history: service note 23

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to service history, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

New component condition: service note 24

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to new component condition, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Three components together: service note 25

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to three components together, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Physical clearance: service note 26

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to physical clearance, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Protective covers: service note 27

In a service record, explain what was observed before a replacement was considered. This helps separate the reported symptom from the actual failed component. In relation to protective covers, retain the relevant compressor information and confirm that the HS206 is specified for the intended setup.

Before You Order

Match the HS206 to the installed compressor, not just the vending machine name. Confirm horsepower, electrical ratings, the original starting circuit, and safe wiring requirements. Ask a qualified service professional to check uncertain applications.