Air Handler Services in Glenville & the Capital Region, NY
The air handler is the indoor workhorse of your split HVAC system — blowing conditioned air through your home's ducts all year, every year. When it fails, nothing gets heated or cooled regardless of how well the outdoor unit is working. Our service team installs, repairs, and services air handlers of all brands across the Capital Region.
🔧 Air Handler Services Sammy's Provides
Installation, Repair & Annual Service — Sammy's Does All Three
Whether you're installing a new air handler alongside a heat pump, diagnosing why your existing system has stopped blowing air, or keeping a working unit running efficiently with annual maintenance — our service team handles every aspect of air handler service across the Capital Region.
Air Handler Installation
New construction, system upgrades, or replacing an aging unit. Our service team matches the right air handler to your outdoor unit — sized correctly for your home's actual duct system and paired with the right coil for your heat pump or central AC. Matched system installation protects equipment warranties and ensures the system operates at rated efficiency.
- New heat pump system installation (air handler + outdoor unit)
- Air handler replacement — existing duct system
- Coil matching & system compatibility verification
- Electrical, drain, and refrigerant connections included
- Complete startup, airflow balancing & verification
Air Handler Repair
No airflow, weak airflow, system running but no heating or cooling, water dripping from the unit, error codes, loud noises from the air handler cabinet — these are the calls our service team diagnoses across the Capital Region. Air handlers contain multiple components that can fail independently; correct diagnosis identifies which component is actually at fault before any part is replaced.
- Blower motor & capacitor failure — most common repair
- Evaporator coil frozen or fouled — airflow & refrigerant cause
- Drain pan overflow & condensate drain blockage
- Electric heat strip failure — no heat despite system running
- Control board & limit switch faults — error code diagnosis
Air Handler Maintenance
An air handler running efficiently is easy to overlook — until it isn't. Annual maintenance addresses the slow deterioration that reduces capacity, increases energy costs, and leads to sudden failures: coil fouling, drain line algae buildup, blower wheel accumulation, and electrical connections that loosen over years of vibration. Catching these issues during a planned visit prevents the repair call.
- Evaporator coil cleaning & inspection
- Blower wheel cleaning & motor amperage check
- Condensate drain flushing & pan inspection
- Electrical connection check & heat strip testing
- Filter replacement & airflow verification
What's Inside Your Air Handler — Component by Component
An air handler contains several distinct components — each with its own function and failure mode. Understanding what each part does helps explain why a system diagnosis comes before any repair recommendation.
Blower Motor & Wheel
The blower motor drives the squirrel-cage blower wheel that pulls return air through the unit and pushes conditioned air into the supply ducts. In modern air handlers, the blower is typically a variable-speed ECM (electronically commutated motor) that adjusts airflow based on system demand — quieter, more efficient, and more capable of maintaining precise static pressure across the duct system than single-speed motors. The blower motor is the most commonly repaired component in an air handler: bearings fail, capacitors weaken, and the blower wheel can accumulate enough debris over years of operation to become significantly unbalanced. A failing blower motor typically presents as reduced airflow, a grinding or squealing sound from the air handler cabinet, or no airflow at all despite the outdoor unit running.
Evaporator Coil
The evaporator coil is the heat transfer surface where the refrigerant arriving from the outdoor unit absorbs heat from the return air in cooling mode — or releases heat into the return air in heat pump heating mode. In a matched split system, the evaporator coil in the air handler is specifically designed to pair with the outdoor unit's refrigerant circuit capacity. Coil problems include refrigerant leaks (typically at brazed connections or along the coil tubing), fouling from years of airflow bringing dust and debris through the filter, and freezing when refrigerant charge is low or airflow is restricted. A frozen coil restricts airflow completely and delivers no cooling or heating until it thaws — and the underlying cause must be addressed before the system is restarted.
Electric Heat Strips
Electric resistance heating elements installed inside the air handler cabinet — similar in principle to an electric oven element. Heat strips serve as the backup and supplemental heat source in air handler systems paired with a heat pump: when the heat pump alone can't maintain setpoint in extreme cold, the heat strips activate. They also serve as the emergency heat source when a heat pump malfunctions and the homeowner switches to emergency heat mode. Individual strip elements can fail independently, and a partially failed heat strip bank produces reduced heating output — often misdiagnosed as a heat pump capacity problem. Heat strips are a high-draw component; their electrical connections and fuses require inspection as part of annual maintenance.
Drain Pan & Condensate System
During cooling operation, the evaporator coil removes moisture from the air passing over it — this condensate drips into the drain pan below the coil. The drain pan slopes toward a drain line that carries condensate away from the unit. Over time, algae growth in the drain line restricts flow, the drain pan fills, and water overflows — into the air handler cabinet, onto the floor or ceiling below, or into wall cavities in attic-mounted systems. Most air handlers also have a secondary drain pan with a float switch that cuts the system off before water damage occurs; when the system shuts off unexpectedly for no apparent reason, a tripped float switch from a clogged drain is a common and easily resolved cause. Annual drain line flushing prevents this failure mode entirely.
Control Board
The air handler's control board receives signals from the thermostat and from the outdoor unit to coordinate blower operation, heat strip activation, and safety limit response. It manages staging — when to run the blower at low speed versus high speed, when to activate or deactivate heat strips, and when to shut the system down in response to a safety limit trip. Control board failures typically produce intermittent operation, error codes, or complete system lockout despite all other components testing correctly. Board diagnosis requires systematic elimination of other failure causes first — a board is not replaced until component-level testing has confirmed the board itself is the fault source.
Limit Switches & Safety Controls
Air handlers contain multiple safety limit switches designed to shut the system down before a dangerous or damaging condition develops. High-limit switches open when cabinet temperatures exceed a safe threshold — triggered by restricted airflow (dirty filter, blocked registers, failed blower) or by a malfunctioning heat strip. Low-pressure switches in the refrigerant circuit respond to conditions that indicate refrigerant loss or other circuit problems. A condensate float switch cuts the system off when the drain pan fills. When a system shuts off repeatedly and restarts after a delay, a tripping safety limit is almost always the cause. Identifying which limit is tripping and why it's tripping — not simply resetting the limit — is the correct diagnostic approach.
Filter Rack
The filter rack is the entry point for return air into the air handler — where the air filter sits and removes particulates before air contacts the evaporator coil. This is the most important DIY maintenance item for any air handler: a clogged filter dramatically restricts airflow, reduces cooling and heating capacity, raises the system's operating pressures, stresses the blower motor, and can cause the evaporator coil to freeze. Different air handlers accommodate different filter sizes and depths — thicker media filters (4-inch depth) provide better filtration and longer service intervals than 1-inch filters. Our service team advises on the appropriate filter type for each air handler and duct system during any service visit.
Refrigerant Connections & Metering Device
The air handler connects to the outdoor unit via two refrigerant lines — the liquid line and the suction line. Inside or adjacent to the air handler, a metering device (expansion valve or fixed orifice) controls how refrigerant enters the evaporator coil, maintaining the pressure drop that allows the refrigerant to absorb heat efficiently. Thermostatic expansion valves (TXVs) are adjustable; fixed orifices are not. The metering device must be matched to the refrigerant type and system capacity. Refrigerant leaks at the air handler most commonly occur at the flare fittings where the line set connects — our service team inspects these connections during any refrigerant-related service call.
How an Air Handler Fits Into a Complete HVAC System
An air handler doesn't operate alone — it's the indoor half of a split system that also includes an outdoor unit. Understanding which outdoor unit your air handler is paired with determines how your system heats and cools.
Indoor Unit
Blower motor · Evaporator coil · Heat strips (optional) · Drain pan · Filter rack · Control board
Outdoor Unit
Compressor · Outdoor coil · Reversing valve (heat pump only) · Fan motor · Control board
Air Handler vs. Furnace — Which Is Right for Your Home?
Homeowners with existing ductwork sometimes face a choice between an air handler and a furnace as the indoor unit. Here's how to think about it.
Air Handler
Best when: you want heat pump heating efficiency, you're eliminating a fuel heating system, or your home doesn't have (or can't easily get) natural gas service.
Gas Furnace
Best when: your home has natural gas service, you want a standalone heating system with no outdoor unit dependency, or you're replacing an existing gas furnace in kind.
Air Handler Installation & Repair in the Capital Region — What Sammy's Sees
The air handler service calls our service team handles across Clifton Park, Latham, Malta, and the newer construction neighborhoods of Saratoga County mostly fall into two categories: repairs on 10–18-year-old units in the Capital Region's significant stock of 1990s and 2000s-era forced-air homes, and new installations as homeowners convert aging oil or propane heating systems to heat pump-based all-electric systems.
The Most Common Air Handler Repair — Blower Motor
The blower motor is the single most repaired air handler component. A typical blower motor runs for thousands of hours across each heating and cooling season — the load adds up quickly over ten to fifteen years of service. The motor's run capacitor is often the first failure point: it weakens over time, making the motor harder to start, drawing excess current, running hot, and eventually causing the motor to stop starting under load. Replacing a degraded capacitor before the motor fails is the preferred outcome of an annual maintenance visit — it costs a fraction of a motor replacement and can extend the motor's useful life by years.
When the motor itself has failed, the repair requires matching the replacement to the original unit's specifications: motor frame size, horsepower, RPM range, rotation direction, and — critically — whether the original is a single-speed PSC motor or a multi-speed/variable-speed ECM motor. An ECM blower motor is a significantly more complex and expensive replacement than a PSC motor, but ECM motors are responsible for much of the efficiency advantage in modern air handlers. Our service team replaces blower motors with OEM-specified components — not generic motors that may not match the system's designed airflow characteristics.
🔧 Blower motor failure symptom: the system runs (outdoor unit operating, thermostat calling) but no air moves through the registers. The air handler cabinet may be running — you may hear the system energize — but no airflow in the ducts. Call (518) 774-6485.
Evaporator Coil Leaks in Aging Capital Region Systems
Formicary corrosion — a specific type of copper deterioration caused by the interaction of copper, moisture, and trace amounts of formaldehyde and formic acid found in some building materials and household products — has been a widespread cause of evaporator coil refrigerant leaks in systems installed between roughly 1995 and 2010. The leaks develop slowly, through microscopic pits that form in the copper tubing walls over years. The system loses refrigerant capacity gradually — homeowners often don't notice until cooling or heating performance is noticeably reduced.
The response to a leaking evaporator coil depends on system age and refrigerant type. For systems using R-22 refrigerant (phased out of production; replacement R-22 is expensive and increasingly scarce), a leaking evaporator coil is almost always the tipping point toward full system replacement rather than coil repair. For newer R-410A or R-32 systems, coil replacement is a more viable repair — though the economics still depend on system age and overall condition. Sammy's presents the numbers honestly either way.
Air Handlers in Heat Pump Conversion Projects
A significant portion of Sammy's air handler installations are part of heat pump conversions — homes that currently have an oil or propane furnace paired with central AC, converting to a heat pump system that uses an air handler for indoor air distribution. The conversion typically involves removing the old furnace, installing a new air handler with appropriately sized heat strips in the same duct location, and replacing the outdoor AC-only unit with a cold-climate heat pump. The existing ductwork is retained and inspected — often requiring some sealing and balancing work to optimize airflow for the new system.
These conversions eliminate fuel costs for heating, reduce maintenance complexity (one system instead of two), and take advantage of New York State and federal incentives that apply specifically to heat pump installations. Our service team handles the full conversion — air handler, outdoor heat pump, duct inspection, electrical work, and system commissioning — as a complete project rather than requiring homeowners to coordinate multiple contractors.
🔁 Converting from oil or propane to heat pump? The air handler is the indoor component of your new system. Our service team installs the complete heat pump system — outdoor unit, air handler, and all connections — as a single coordinated project. Call (518) 774-6485.
Annual Maintenance — What Gets Missed Without It
An air handler that runs year after year without annual maintenance accumulates problems that degrade performance and eventually cause failures. The evaporator coil surface collects dust and debris that passes through the filter — a light coating reduces heat transfer efficiency; a heavy fouling can reduce system capacity significantly and cause coil freezing. The blower wheel accumulates the same debris, becoming unbalanced and driving excess vibration and motor wear. The condensate drain line builds algae growth season over season until it clogs. Electrical connections loosen under years of vibration. These are all conditions that a maintenance visit finds and corrects — before they become the cause of a repair call on the hottest week of August or the coldest week of January.
Air Handler Problem?
Our service team diagnoses and repairs all air handler brands across the Capital Region. Upfront pricing before any repair begins.
📞 (518) 774-6485
Repair Warning Signs
- No airflow despite system running
- Weak or uneven airflow room-to-room
- Water near or beneath air handler cabinet
- System shuts off repeatedly on its own
- Grinding, squealing from air handler location
- Heat not working — outdoor unit fine
- Ice forming on or near air handler
- Musty smell from supply registers
Air Handler Types Serviced
- Upflow air handlers (most common)
- Downflow / counterflow air handlers
- Horizontal air handlers (attic & crawl)
- Multi-position units
- Single-speed & variable-speed ECM models
- Units with & without heat strips
Air Handler Service Cost Guide — Capital Region NY
Air handler service costs depend on whether you need repair, replacement, or a new system installation. All work is quoted upfront after diagnosis or on-site assessment.
| Service | Typical Range | Notes |
|---|---|---|
| Blower Motor Capacitor Replacement | $100 – $220 | Most common first failure before motor itself fails. Prevents more costly motor replacement if caught during maintenance. |
| Condensate Drain Line Clearing | $100 – $200 | Clears blockage that causes drain pan overflow and system shutoff. Included in annual maintenance visit. |
| Limit Switch / Safety Control Replacement | $120 – $280 | High-limit, float switch, or pressure switch. Root cause of the limit trip must be identified and corrected. |
| PSC Blower Motor Replacement | $320 – $620 | Single-speed permanent split capacitor motor. OEM-specified replacement — not generic substitution. |
| ECM Variable-Speed Blower Motor Replacement | $550 – $1,100 | Electronically commutated motor — significantly more complex and expensive than PSC. Brand-specific module often required. |
| Heat Strip Element Replacement (per element) | $180 – $380 | Individual elements can fail; testing confirms which elements have failed before replacement. Multiple elements may be present. |
| Air Handler Control Board Replacement | $320 – $780 | Board replacement only after systematic component elimination confirms board is the fault. Varies significantly by brand and model. |
| Evaporator Coil Cleaning (heavy fouling) | $180 – $380 | Professional coil cleaning when filter bypass or long-term filter neglect has allowed significant coil fouling. |
| Evaporator Coil Replacement | $900 – $2,200 | Requires refrigerant recovery and recharge. Coil must match outdoor unit specifications exactly. Often approaches system replacement cost on older units. |
| Annual Maintenance Visit | $120 – $200 | Covers coil inspection and cleaning, blower check, drain flushing, electrical inspection, heat strip test, and filter replacement. |
| Air Handler Replacement Only (keeping outdoor unit) | $1,500 – $3,200 | New air handler with matched coil installed in existing duct location. Outdoor unit compatibility and remaining service life assessed before recommendation. |
| Complete System (Air Handler + Heat Pump) | $4,500 – $9,500+ | Full matched system installation. Size, efficiency tier, and brand determine final cost. Cold-climate heat pump recommended for Capital Region primary heating duty. |
All ranges include parts and labor. Repair quotes provided upfront after diagnosis. Installation quotes provided after on-site assessment.
Air Handler Problem? Call Sammy's.
All brands · All Capital Region · Installation, repair & maintenance · Upfront pricing
Mon–Fri 8am–5pm · Sat 9am–3:30pm
Why Capital Region Homeowners Choose Sammy's for Air Handler Service
Component-Level Diagnosis
Our service team tests individual components — motor, capacitor, heat strips, control board — before recommending any replacement. An air handler has multiple parts that can produce similar symptoms; systematic diagnosis identifies what's actually failed, not what's most likely to sell a repair.
OEM-Specified Parts
Blower motors are replaced with OEM-specified units — correct frame size, horsepower, RPM range, and motor type. A generic substitute that doesn't match the air handler's designed airflow characteristics can create performance problems and shorten the replacement motor's service life.
Heat Pump Conversion Experience
Our service team has handled the Capital Region's shift toward heat pump systems — installing air handlers as part of full system conversions from oil and propane. The air handler installation, outdoor unit, electrical work, and system commissioning are managed as a complete project, not pieced together from separate contractors.
Honest Repair-or-Replace Advice
When an evaporator coil fails on a 16-year-old R-22 system, repair-or-replace economics genuinely favor replacement. When a blower motor fails on a 7-year-old unit in good condition, repair is the right call. Sammy's presents both options honestly with actual numbers — without pressure toward either outcome.
Upfront Pricing Every Time
Repair cost — parts and labor — quoted after diagnosis and before work begins. Installation cost — all-inclusive — quoted after on-site assessment. The number you approve is the number on the invoice. No additions discovered during the job.
5.0★ on 93 Reviews
A perfect 5.0 star average across 93 Google reviews from Capital Region homeowners. Every one of those reviews is the result of a job done correctly — correct diagnosis, proper repair, and no post-service surprises on the invoice.
Air Handler Brands Sammy's Services & Installs
Our service team services and installs all major air handler brands. Most common Capital Region brands — Carrier, Lennox, Trane, Bryant, and Goodman — are serviced on virtually every visit with common parts readily available.
Air Handler Service Across the Capital Region
Sammy's travels up to 60 miles from Glenville for air handler installation, repair, and maintenance — covering the full Capital Region from Albany and Schenectady to Saratoga Springs and Glens Falls.
What Capital Region Homeowners Say About Sammy's
"Samuel and crew were great on our system installation! Prompt communication, always on time and a thorough plan for the job! Highly recommended!"
"Came out same day and had everything diagnosed and explained clearly before quoting anything. Honest, efficient, and easy to work with. He's our HVAC team from now on."
"Sammy was GREAT to work with. Very knowledgeable. Laid out our options and was 100% transparent. Great communication. I would definitely use him again!"
Related Services
Heat Pump Services
Air handlers pair with heat pumps for year-round heating and cooling — our service team services both.
Heat Pump Installation
Complete heat pump system installation — air handler plus outdoor unit, matched and commissioned.
Air Conditioning
Central AC systems — air handlers also pair with AC-only outdoor units for cooling.
Furnace Services
Choosing between an air handler and a gas furnace? Our service team handles both systems.
Sub-Zero Appliance Repair
Factory Authorized Sub-Zero service — refrigerators, freezers, ice makers & wine coolers.
Contact Sammy's
Schedule service, request a quote, or ask a question — all Capital Region.
Air Handler FAQ — Capital Region NY
An air handler is the indoor component of a split HVAC system. It houses the blower motor that moves air through your home's ductwork, the evaporator coil where refrigerant absorbs or releases heat, the air filter, the condensate drain pan and drain line, and — in many systems — electric resistance heating elements called heat strips. The air handler itself does not generate heat or cooling; it distributes the conditioned air produced by the outdoor unit it's paired with. In a heat pump system, the air handler delivers both heating and cooling depending on the mode selected. In a central AC system, the air handler handles air distribution for cooling, with a separate system (furnace, boiler, baseboard) handling heat.
A furnace generates heat by burning natural gas, propane, or oil — it's a standalone heat-producing appliance that contains its own blower for air distribution. An air handler does not generate heat on its own; it distributes conditioned air from the outdoor unit it's paired with. When paired with a heat pump outdoor unit, the air handler provides both heating and cooling using refrigerant-based heat transfer. When paired with an AC-only outdoor unit, the air handler handles cooling while a separate heating source handles heat. The main practical distinction: if you have a gas furnace, you have a complete standalone heating system. If you have an air handler, you have an indoor distribution component that requires an outdoor unit to provide heating or cooling capacity.
No airflow despite the system appearing to run — outdoor unit operating, thermostat calling — almost always indicates a blower motor failure in the air handler. The system energizes but the motor isn't turning the blower wheel, so no air moves through the ducts. Less commonly, a seized blower wheel (usually from debris accumulation or a foreign object) can prevent airflow even when the motor is trying to run. A completely clogged filter is a third possibility — a filter so blocked that essentially no air passes through, though this typically causes the system to shut down on a high-limit safety before reaching complete airflow stoppage. All three are confirmed by opening the air handler cabinet and checking whether the blower wheel is turning when the system is energized. Call Sammy's at (518) 774-6485 — this is a same-day or next-day service situation in summer or winter.
An air handler that shuts off repeatedly after running for a short time is almost always tripping a safety limit. The most common causes: a dirty air filter restricting airflow enough to cause the system to overheat and trip the high-limit switch (check and replace the filter first before calling for service), a tripped condensate float switch from a clogged drain line causing the drain pan to fill (water near or dripping from the air handler cabinet is the tell), or a refrigerant system fault triggering the low-pressure or high-pressure safety control. Less commonly, a failing blower motor that's overheating causes the system to shut down on thermal overload and restart after cooling. Our service team reads the fault history from the control board on every service call — the pattern of safety trips often points directly to the cause.
Water dripping from an air handler is most commonly a blocked condensate drain line. During cooling, the evaporator coil removes moisture from the air passing over it; this condensate drips into the drain pan and flows out through the drain line. When the drain line clogs — typically from algae growth in the warm, moist line — the pan fills and overflows. The first step is checking whether the float switch has shut the system down (if the system won't start and water is present, the float switch has likely tripped). Do not restart the system if water is actively overflowing — it can cause damage to flooring, ceilings below, and the air handler cabinet. A less common but more serious cause of water at the air handler is a frozen evaporator coil — ice forms on the coil from low refrigerant or severely restricted airflow, and when the system cycles off, the ice melts into the drain pan and potentially over it. If the drain line is clear and no ice is visible, refrigerant system inspection is the next step. Call (518) 774-6485.
A well-maintained air handler typically lasts 15 to 20 years. The outdoor unit it's paired with usually has a similar lifespan, though the two components don't always age at the same rate. When one component reaches the end of its service life, the age and condition of the remaining component matters: replacing an air handler on a 17-year-old outdoor unit in declining condition may make less economic sense than replacing both together as a matched system — a new matched system comes with a fresh warranty on all components. Annual maintenance significantly extends air handler service life by catching deteriorating components (capacitors, electrical connections, drain lines) before they cause failures. Sammy's provides honest guidance on repair-vs.-replace economics whenever a significant air handler component fails on an aging system.
Air handler replacement in the Capital Region (keeping the existing outdoor unit) typically runs $1,500–$3,200 for the new unit and installation labor. This assumes the outdoor unit is compatible with the new air handler and has reasonable remaining service life — our service team assesses outdoor unit age and condition before recommending air handler-only replacement. If a full system replacement (air handler plus outdoor heat pump or AC unit) is the better economic choice, the cost ranges from $4,500–$9,500+ depending on system size, equipment brand, and efficiency tier. All replacement costs are quoted after an on-site assessment — never estimated from a phone call, because the site conditions, existing duct configuration, and electrical situation all affect the actual installation cost.
Not always — but often. Outdoor and indoor unit replacement together is recommended when: (1) the systems must be matched for the refrigerant type, (2) the indoor and outdoor units are close in age and the indoor unit is approaching end of life, (3) the manufacturer's warranty on the new outdoor unit requires a matched indoor unit for coverage, or (4) the existing air handler's coil is not rated for the new outdoor unit's capacity or efficiency. When the air handler is significantly newer than the outdoor unit and the refrigerant types are compatible, keeping the existing air handler is sometimes the right call — our service team evaluates this case-by-case and presents the matched vs. retained options with honest cost and performance implications.
Heat strips are electric resistance heating elements installed inside the air handler cabinet — essentially the same technology as an electric oven or baseboard heater, but mounted in the airflow path inside the air handler. They produce heat by passing current through a high-resistance element. In a heat pump system, heat strips serve as supplemental heat when the heat pump's output isn't sufficient for the current heating demand (typically single-digit outdoor temperatures), and as the emergency heat source when the heat pump itself has malfunctioned and the homeowner switches to emergency heat mode. Heat strips are a high-draw component — a 10kW heat strip bank draws about 42 amps at 240V. They should not be used as the primary heat source for extended periods, both for energy cost reasons and because sustained emergency heat operation can stress the heat strips themselves. Individual strip elements can fail; our service team tests each element independently during service calls where heat strip performance is in question.
Sammy's HVAC serves all communities within a 60-mile radius of Glenville — covering Albany County, Saratoga County, Schenectady County, Rensselaer County, and Warren County. Air handler service areas include Albany, Saratoga Springs, Schenectady, Troy, Latham, Colonie, Malta, Ballston Spa, Mechanicville, Glens Falls, Lake George, Niskayuna, Glenville, Rotterdam, Cohoes, Queensbury, East Greenbush, Waterford, Hudson, and all surrounding communities. Call (518) 774-6485 to confirm service availability in your area and schedule installation, repair, or annual maintenance.
Air Handler Service in the Capital Region. Call Sammy's.
Albany · Troy · Schenectady · Glenville · Saratoga Springs · All Capital Region
Mon–Fri: 8am–5pm · Sat: 9am–3:30pm