The Town of Frankford
The Town of Frankford, Delaware is located in Sussex County. It is approximately 10 miles west of the Atlantic coastline at Bethany Beach. According to 2010 U.S. Census Data on Frankford, the population is 847. It is a relatively young population and grew 18.6 percent from 2000 to 2010. There are 252 households in Frankford, and 152 of these households are owned by the occupants.
History Of Frankford
The area was populated as early as 1750 under the local name of Forest Flower. In 1775, it was deeded to a plantation in a land grant under the name of Partnership. It became known as Jacob’s Mill Pond around 1800. In 1808, the community became commonly known as Long’s Store on Vine’s Branch when plantation owner David Long constructed a country store at the location. Many people knew the area as Gum’s Store in 1812. This is presumably because the ownership of the store had changed, but the precise details are not clear. It became known as Frankford around 1820 and was officially given that name in 1848 when a post office was established at Frankford Village. The Town of Frankford became an incorporated municipality in 1337.
The arrival of the Pennsylvania Railroad heralded rapid growth in Frankford. A hotel opened, as did a local opera house, and Frankford became the center for business and cultural events in the area. Noteworthy sea captains made their homes in Frankford, and three of those homes are still in existence. In 1979, the Captain Ebe Townsend Chandler house was added to the National Register of Historic Places. It now operates as the Captain Chandler House Bed and Breakfast Inn.
Area Attractions
The Assawoman Bay State Wildlife Area, a popular destination for East Coast birdwatchers, is located seven miles east-southeast of Frankford. An observation tower and photography blind are located within the wildlife area, and loblolly pine forests make it a refuge for land birds as well as the expected waterfowl.
The Delaware Seashore State Park, nearly 3,000 acres of beaches and a barrier island, is located just 10 miles to the east of Frankford. The park is open to Delaware’s Atlantic Coast on the east and bounded by the bays of the Rehoboth and Indian Rivers to the west. It is a major attraction in the region and receives millions of visitors each year.
Frankford is also quite close to the Pocomoke State Forest. This forest, which has a plan to become a national model for certified sustainable forestry, is comprised of 17,676 acres of land that was once cleared for farming. The land was reacquired by the federal government during the Great Depression and deeded to Delaware in 1954. The park contains approximately five acres of old growth forest that had escaped felling when the area was farmed.
Furnace Repair and Service
We offer a range of services including furnace repair and installations, designed to help your HVAC equipment perform more efficiently. Whenever you're ready for a repair or installation, safety inspection or seasonal maintenance visit, our service techs are available on your schedule.
Air Conditioning Service In Frankford
Air conditioning service in Frankford is probably an afterthought for most residents. The region is not known for uncomfortably hot summers. Delaware averages almost 100 days per year with temperatures below freezing and only 20 days with temperatures of 90 degrees or higher. However, 2012 was the hottest overall year on record for Delaware, and 2010 was the hottest summer on record. The average temperature for the summer of 2010 was 78.1 degrees Fahrenheit.
If you need air conditioning repairs, Custom Mechanical stands ready to deliver. They have a fleet of more than 20 vehicles and offer heating, plumbing, and carpentry work in addition to their cooling service. Custom Mechanical is a family owned and operated business and has been providing fast, reliable service to customers for over 30 years.
Recent Jobs and Reviews in Frankford, DE
Frankford, DE at a glance
Custom Mechanical has completed 20 jobs in Frankford, DE between March 2026 and April 2026.
The most recent job was on April 13, 2026.
Job Locations and Reviews
Performed cooling system maintenance and verification. Measured evaporator coil temperature at 65°F and confirmed thermostat operation with system actively cooling to setpoint of 65°F in auto fan mode.
Completed routine cooling maintenance visit on HVAC system. Performed electrical diagnostics using clamp meter, recording amperage readings of 339A and 0.58A on various circuits to verify proper system operation and component function. Inspected electrical connections, wiring bundles, and condensate pump assembly. All measurements within normal operating parameters, system operating as designed.
Performed routine preventive maintenance on residential cooling system. Used digital multimeter to verify electrical readings and proper voltage levels across system components, confirming all measurements within manufacturer specifications at 0.67 reading. Checked temperature differential and system operation using calibrated temperature probe to ensure adequate cooling performance and proper refrigerant cycle function.
Performed routine cooling system maintenance on outdoor condensing unit. Measured electrical current draw at 33.3 amps and recorded superheat reading of -5.5°F, indicating system is operating within normal parameters.
Completed routine cooling maintenance visit on residential HVAC system. Performed electrical diagnostics on outdoor condensing unit, measuring compressor amperage at 1.72 amps using clamp meter to verify proper operation. Inspected supply ductwork in attic space and recorded supply air temperature of 63.8°F to confirm adequate cooling performance. All system components operating within normal parameters with no deficiencies noted.
Performed routine cooling system maintenance on outdoor heat pump unit and verified electrical connections. Measured voltage at control board terminal block, recording 12.1V reading to confirm proper low-voltage power supply to unit controls. Inspected attic ductwork and recorded supply air temperature of 83.5°F at main trunk line. All electrical connections secure, unit operational, and system cooling properly.
Performed cooling system maintenance on air handler unit located in attic space. Conducted diagnostic testing using digital meter, recording temperature readings of 879°F and 446°F at various system points to verify proper operation. Inspected blower motor assembly, ductwork connections, and surrounding insulation for wear and proper installation. All components found operating within normal parameters, with no repairs required at this time.
Completed annual air conditioning maintenance and tune-up on single cooling system. Performed comprehensive inspection of unit, verified proper operation of all components, and took temperature measurements at supply duct showing 55.4°F and return air reading of 62.9°F, confirming adequate system performance and temperature differential. System operating within normal parameters with no deficiencies noted at time of service.
Performed preventive maintenance on cooling system, including temperature diagnostics at supply plenum registering 49.2°F and electrical measurements showing 0.9 amp draw at blower motor assembly. Inspected airflow adjustment damper, ductwork insulation, and drain pan condition; all components found operational with no immediate service needs identified.
Responded to no heat call for upstairs HVAC system experiencing extended run times to reach setpoint. Upon inspection, found evaporator coil compartment with significant rust deterioration on back panel and drain pan, indicating long-term moisture exposure. System located in confined 23" x 51" closet space with compressed ductwork configuration. Evaluated airflow restrictions and verified system operation. Unit showing signs of age-related corrosion but currently operational with reduced efficiency due to extended heating cycles.
Successfully removed geothermal package unit from garage closet to facilitate customer's renovation project. All refrigerant lines, water lines, and electrical connections were properly disconnected, capped, and sealed to prevent contamination and ensure safe conditions during construction phase.
Performed comprehensive cooling system maintenance and diagnostics on HVAC unit. Accessed equipment in attic space using provided entry code and conducted electrical measurements, recording compressor amperage draw of 66.4 amps and total runtime of 37.5 hours on diagnostic meter. Inspected condensate drain system including PVC elbow fittings, verified proper drainage function, and examined ductwork insulation integrity throughout mechanical space. All electrical connections, capacitor, and control board components tested and found operating within normal parameters.
Completed routine cooling maintenance visit on HVAC system. Performed electrical diagnostics using clamp meter, recording amperage readings of 0.55A and 14.1A at various points in the system to verify proper compressor and fan motor operation. All electrical components tested within normal operating parameters, and system confirmed to be functioning correctly for the cooling season.
Completed scheduled cooling maintenance visit on residential HVAC system located in attic space. Performed comprehensive system inspection including temperature diagnostics on main supply duct and air handler using digital thermometer to verify proper airflow and temperature differential. Inspected ductwork insulation for integrity, noting existing wear on reflective foil-backed insulation wrap, and verified all electrical connections and wiring at equipment location were secure and properly routed along structural members.
Performed comprehensive cooling system inspection and tune-up on single HVAC unit. Verified system operation with measured airflow readings of 150/240 CFM, confirmed customer had recently replaced filter, and documented equipment condition with photos showing air handler installation with associated ductwork and refrigerant lines in mechanical closet.
Removed and disposed of existing first-floor HVAC system. Installed 2-ton 14 SEER heat pump outdoor unit (model 5A6H4024) on existing concrete stand. Installed new fan coil unit (model 5TEM4B02) with 10KW electric heat strip and breaker. Ran new refrigeration lines exposed through garage rafters, routing up and over to outdoor unit. Abandoned existing underground refrigerant lines. Installed new 1-inch filter rack, electrical whip, and disconnect at outdoor unit. Utilized existing thermostat for system control. System tested and operational with one-year parts and labor warranty on first-floor equipment.
Completed full HVAC system replacement including removal and disposal of existing equipment. Installed Lennox ML14KP1-018 1.5-ton 14 SEER heat pump on pressure-treated wood platform with new outdoor disconnect and electrical whip. Mounted Lennox CBK45UHET-024 air handler in attic space with 10kW electric heat pack. Fabricated and installed metal duct transitions to adapt new equipment to existing ductwork. Reused existing condensate drain lines and refrigerant line sets where applicable. Replaced deteriorated armaflex insulation on refrigerant lines. Installed Honeywell TH6320WF digital WiFi thermostat for system control. Verified all electrical connections, tested system operation, and confirmed proper airflow throughout. System commissioned and left in full working order.
Responded to customer complaint of heat pump system defaulting to emergency heat mode during mild weather conditions, resulting in elevated utility costs. System was assessed for potential thermostat malfunction or heat pump operational issues causing premature emergency heat activation. Customer scheduled for preventive tune-up in June to perform comprehensive system evaluation and address underlying performance concerns.
Performed scheduled maintenance on dual HVAC system. Inspected and verified proper operation of Honeywell thermostat, confirming correct wiring configuration at terminal block (Y, G, O, L, R, B, C). System functioning normally with indoor temperature at 73°F; all controls and display working properly.
Responded to service call for continuously running sump pump. Upon inspection, identified electrical connection issues requiring attention. Replaced damaged power cord and verified proper pump cycling operation after repair, ensuring system now functions correctly with appropriate on/off intervals.
