20W Knuckle Mount LED Spot Light - 60° Beam - Bullet Style - 70W MH Equivalent - 12V AC/DC - 2300 Lumens - 3000K
Features
- Spot light design with 60° beam angle
- 6x6 NEMA beam distribution pattern
- Included knuckle-mount bracket adjusts 180°
- Install on junction boxes with ½” NPT thread
- IP65 waterproof rating for all-weather conditions
Try asking:
Loading recommendations...
Overview
Product Details:
- Bronze die-cast aluminum housing with a polycarbonate lens
- IP65 weatherproof rating
- 180° knuckle-mount bracket with 1/2" NPT threads
- Replaces 70W metal-halide fixtures
- 12V AC/DC
- 5-year warranty
Ask About This Product
Get instant AI-powered answers
Try asking:
Products Mentioned
Press Enter to send, Shift+Enter for new line
Responses are AI-generated from product documentation. For confirmation or more information, contact Super Bright LEDs customer service.
Conversations are recorded for quality assurance. More information
Ask About This Product
Get instant AI-powered answers
Try asking:
Products Mentioned
Press Enter to send, Shift+Enter for new line
Responses are AI-generated from product documentation. For confirmation or more information, contact Super Bright LEDs customer service.
Conversations are recorded for quality assurance. More information
Try asking:
Specifications
| Ambient Operating Temperature | -30 to 45 °C (-22 to 113 °F) |
|---|---|
|
Beam Angle
Beam Angle
Beam angle is used to express the width of the light emitting from the source. The narrower the beam angle the more focused the light energy is. Comparing two 40 watt lights one with a beam angle of 30(a) and another with a beam angle of 90(b), They both produce the same amount of light output but (a) will appear brighter in the beam angle compared to (b) at the sacrifice of light spread.
|
60° |
|
CCT
CCT
![]() |
3000K |
| Certifications/Compliance | CE |
|
Current Draw
Current Draw
Current draw is calculated using the following formula: W/V = A, where W = the amount of power your light needs (wattage), V is the electrical system voltage (e.g., 120V AC), and A = amps. An ampere or amp (A) is the standard unit for electrical current. A milliamp (mA) equals one-thousandth of an amp, or 1000 mA is equivalent to 1 A.
Choosing LED fixtures with the correct amperage ensures safe and proper operation, preventing damage or injury. We recommend having all electrical components and fixtures installed by a certified professional electrician or lighting technician in compliance with all relevant standards and regulations. |
1.9 A |
| Dimmable | No |
|
Dimming Type
Dimming Type
0-10V Dimming: This type of dimming control is the most popular and newest style for compatible dimmable power supplies. It works by varying the voltage from 0 to 10 VDC. A 10-volt signal on the dimming wire will allow maximum current flow to the LEDs for maximum intensity. A 0.6-volt signal on the dimming wires allows 6% of the current to flow from the power supply, dimming the LEDs to approximately 6% of full intensity. 1-10V Dimming: This type of dimming control is an older style that is being replaced with 0-10V dimming control. It works by varying the voltage from 1-10 VDC. A 10-volt signal on the dimming wire will allow maximum current flow to the LEDs for maximum intensity. A 1-volt signal on the dimming wire allows 10% of the current to flow from the power supply, which generates approximately 10% of the maximum intensity for the LEDs. TRIAC Dimming: TRIAC dimmers are typical household dimmers sold in hardware stores by brands like Lutron and Leviton. They rely on a semiconductor device called a TRIAC (Triode for Alternating Current). Adjusting the dimmer switch alters the timing at which the TRIAC conducts electricity in each AC cycle, modulating the energy delivered to the light bulb and resulting in adjustable brightness levels. Pulse-Width Modulation Dimming: This type of dimming control adjusts the output current based on the duty cycle. As the duty cycle increases, the current will increase, and the LEDs will be brighter. Conversely, if the duty cycle decreases, the current will decrease, and the LEDs will be dimmer. Resistive Dimming: Resistive dimming can be fixed or variable. If a fixed dimming level is required, a simple resistor is needed to dim the LEDs to a particular level. A potentiometer can serve this purpose if a varying dimmable level is desired. By changing the resistance value of the potentiometer, the output current of the power supply changes, and the LED intensity changes. Controlling a single power supply will require a 100K ohm potentiometer for 100% intensity (100K ohm) to approximately 10% intensity (10K ohm) based on the wiper position. |
None |
| Equivalency | 70 Watt Metal-Halide |
| Finish | Bronze |
|
IP Rating
IP Rating
![]() |
IP65 |
| LED Color | Warm White |
| LED Lifetime | 50000 Hours |
| Lens Type | Polycarbonate |
| Lumens | 2300 Lumens |
| Mount Type | Knuckle Mount |
| Operating Voltage | 12V AC/DC |
| Wattage | 20 Watts |
| Product Materials | Aluminum Housing |
| Warranty | 5 Year |
| Wire Gauge | 18 AWG |
| Wire Length | 11 in (27.9 cm) |
Need a different style of landscape lighting?
Accessories & Power Supplies
Reviews
Review Guidelines
Super Bright LEDs reads and approves all reviews before listing them on the website. Below you will find a list of reasons that can result in your review being rejected.
- Review text does not pertain to the product
- Abusive and offensive language
- Photos are not related to the reviewed product
- Any violation of laws and/or copyrighted material
- Unrelated hyperlinks/URLs






