A new Gavita Pro 1700e LED typically costs about $1,300-$1,800, with an average street price near $1,550 before tax and shipping. The final budget depends on retailer, controller compatibility, mounting hardware, electrical work, and whether the fixture is new, used, or part of a multi-light order.
| Item | Low | Average | High | Notes |
|---|---|---|---|---|
| New fixture | $1,300 | $1,550 | $1,800 | Price per light, before tax |
| Used fixture | $600 | $950 | $1,300 | Condition and remaining warranty matter |
| Mounting and basic setup | $50 | $150 | $350 | Hardware and straightforward labor |
| Installed new fixture | $1,400 | $1,750 | $2,300 | Excludes major electrical upgrades |
| Electricity at full output | $35 | $50 | $75 | Approximate monthly use at 12 hours daily |
What a Gavita Pro 1700e LED costs per fixture
For a new unit, budget $1,300-$1,800 for the fixture alone. A common purchase price is around $1,550, though promotions, stock, freight, and seller policies can move the quote. Sales tax and delivery may add roughly $50-$180 depending on location and shipping terms.
The fixture is a high-output commercial horticultural LED rated at about 1,700 µmol/s. It is generally selected for demanding flowering spaces rather than small household grow areas. A single light can therefore represent only part of the project budget: hanging hardware, compatible controls, wiring, and a suitable electrical circuit may be separate purchases.
A practical new-unit budget is $1,450-$2,000 after ordinary tax and delivery, before substantial electrical work. This assumes one fixture, standard shipping, no volume discount, and a sound installation location. Assumptions: U.S. retail purchase, standard access, and no circuit replacement.
How fixture, controls, and labor shape the quote
Retail listings do not always include every item needed to put the light into service. Ask the seller to identify the exact package contents and verify whether the control method and suspension equipment match the installation plan. For a multi-light room, cable routing and control compatibility can affect both materials and setup time.
| Quote item | Typical price | Basis | What changes the amount |
|---|---|---|---|
| 1700e LED fixture | $1,300-$1,800 | Per fixture | Retailer, promotion, stock |
| Hangers or mounting hardware | $20-$80 | Per fixture | Included kit and ceiling type |
| Control accessories | $0-$250 | Per light or setup | Existing controller and control plan |
| Electrical materials | $30-$200 | Per fixture allowance | Cord length, circuit, and wiring route |
| Setup labor | $75-$125 per hour | Trade labor | Access, mounting height, and crew size |
| Delivery and tax | $50-$180 | Per order estimate | Location, freight, and local tax |
A basic hang-and-connect visit may take 1-2 hours when the mounting point and appropriate power are already available. A licensed electrician may charge a service minimum even for a short visit, and wiring a new circuit is a separate scope.
Confirm fixture, control accessories, electrical materials, and labor as separate quote lines. That makes it easier to compare a low advertised product price with a complete installed estimate.
How canopy size, output, and dimming affect value
The 1700e’s high output and broad distribution are intended for commercial-scale cultivation. Buyers should compare the light’s coverage claims with the actual canopy dimensions, mounting height, and target intensity rather than relying on the product name alone. A fixture used over a smaller canopy may need dimming or greater hanging distance to avoid excessive intensity, depending on the crop and growth stage.
For a 4-by-6-foot flowering footprint, one fixture may be evaluated as a primary light, while a 5-by-5-foot layout may require careful attention to edge uniformity and hanging height. Actual coverage is not a guaranteed rectangle: canopy shape, reflective walls, crop height, and desired light levels change the useful area. Verify current manufacturer specifications before committing to a layout.
At about 645 watts at full draw, a 1700e running 12 hours daily uses roughly 232 kWh per month. The energy bill is approximately $28-$70 monthly at electricity rates of $0.12-$0.30 per kWh. Dimming reduces consumption, but actual draw depends on the setting and system configuration.
Check output needs and electricity cost alongside the purchase price. A less expensive fixture that does not match the canopy can require additional lights, while a high-output model may be unnecessarily expensive for a small growing area. Assumptions: 30-day month, 12 hours per day, and 645 watts at full output.
New, used, and replacement-light prices compared
Used Gavita Pro 1700e LEDs commonly fall around $600-$1,300 per unit. A lower asking price can reflect heavy operating hours, missing cords or hangers, cosmetic damage, or a sale without a transferable warranty. Ask for the unit’s age, operating history, proof of function, and clear photographs before arranging payment.
For a used purchase, inspect the LED boards, connections, driver housing, and any signs of heat or moisture damage. Confirm the model and input-voltage information on the label. If a seller cannot demonstrate that the light powers on and dims correctly, include repair risk in the offer rather than treating the listed price as the complete cost.
A new fixture at $1,300-$1,800 typically costs more but may include retailer support and a clearer return path. Warranty terms depend on the seller and product documentation, so buyers should verify coverage rather than assume it. A replacement purchase can also involve disposal or resale of the old light.
Used pricing is attractive when condition and function can be verified in person. A $750 used unit that needs a $250 repair and missing accessories may not beat a complete new fixture on price or reliability.
Three realistic purchase and setup budgets
The examples below illustrate how fixture price and job scope combine. They are estimates, not fixed national rates; local labor, tax, shipping, and seller stock can change each total.
| Scenario | Fixture and scope | Labor estimate | Estimated total |
|---|---|---|---|
| Used replacement | $800 used light, $40 hardware, $60 delivery | 1 hour at $90 | $990 before tax |
| Single new fixture | $1,550 light, $60 hangers, $90 shipping and tax allowance | 2 hours at $100 | $1,900 |
| New light with circuit work | $1,650 light, $120 hardware and materials, $100 delivery and tax allowance | 5 hours at $115 | $2,445 |
The first example assumes a tested fixture and an existing suitable outlet. The standard new-light scenario assumes straightforward mounting and no circuit changes. The higher estimate includes additional electrical labor, but a long cable run, panel work, or difficult ceiling access could push the quote above that amount.
For a straightforward new installation, $1,700-$2,100 is a reasonable planning range. A project involving new electrical work can exceed $2,400 even when the fixture itself is near the average retail price.
Electricity and replacement costs over five years
At full output for 12 hours a day, estimated monthly electricity use is about 232 kWh. At $0.18 per kWh, that is approximately $42 per month, or about $2,500 over five years if use and rates remain constant. At $0.12 per kWh, the comparable five-year amount is about $1,670; at $0.30, it approaches $4,180.
Actual ownership expense depends on daily operating hours, dimming, utility rates, and climate-control needs. The lamp’s heat load can influence ventilation or cooling expense, but that cost varies by room and cannot be calculated from the fixture price alone. A high-output light should be included in the room’s electrical and thermal plan.
There is no single replacement schedule that applies to every unit. Operating hours, environment, cleanliness, and warranty conditions affect service life and performance. Keep purchase records and inspect the fixture periodically; cleaning should follow the manufacturer’s instructions, with power disconnected first.
Electricity can cost as much as, or more than, the initial fixture over several years. Compare operating hours and local cents per kWh before treating two lights with different wattage as equivalent purchases.
When installation labor and circuit work raise the price
Mounting a light to an existing, structurally suitable support is usually the least costly installation. A small crew may complete a simple job in 1-2 hours, with labor around $75-$125 per hour. Multiple fixtures can take longer, but setup time per light may fall when the crew can mount and connect several units in one visit.
Electrical work changes the budget when the room lacks a suitable receptacle, the circuit is already heavily loaded, or wiring must be routed through finished walls. A new branch circuit can add several hundred dollars or more, depending on distance, panel capacity, access, and local requirements. Quotes should state whether permits, inspection, and circuit testing are included.
High mounting points, ladders, lifts, tight rooms, and overhead obstacles can also increase labor time. Before scheduling, provide photos, ceiling height, fixture count, outlet location, and the planned control system. This helps contractors distinguish a simple installation from work requiring additional equipment or a second trade.
Ask whether the labor quote covers mounting only or also electrical modifications and testing. A low hourly rate may not produce the lowest total if the contractor charges a separate minimum, travel fee, or equipment charge.
Where a buyer can trim the 1700e project budget
First, compare complete, like-for-like quotes. Check the fixture model, included cords, hangers, controller accessories, shipping, tax, warranty, and return terms. A lower listing price can lose its advantage once freight or required accessories are added. For multiple lights, request a written volume price and confirm that the discount applies to the exact model.
Second, prepare the installation area before the crew arrives. Clear access, identify the mounting points, and document existing power. Do not perform electrical work beyond the owner’s competence or local legal limits; instead, reduce avoidable site delays by sharing accurate room details and arranging all fixtures and accessories in advance.
Third, avoid paying for controls or additional equipment that the existing setup does not need. Check compatibility before buying a controller, and do not add fixtures solely to match a seller’s suggested room size. If the canopy is smaller or lower-light-demanding, compare a dimmed 1700e with a lower-cost fixture that better fits the area.
The most reliable savings come from matching fixture count, controls, and electrical scope to the actual grow room. A verified used light may reduce the initial outlay, while a new unit with support may be the lower-risk choice when downtime or unknown condition would be costly.