3D LED Neon Flex Lighting 1616 IP67 24VDC 8W/M

This 3D LED Neon Flex can be bent vertically and horizontally, so we can call it Top Bend and Side Bend LED Neon Flex. With this fantastic design, you can make any shape you want. Moreover, it is IP67 ideal for both indoor & outdoor decorative lighting and outdoor building outline lighting.

Model No.:	UTNF-3D1616
Dimension:	16mm(W)x16mm(H)
Voltage:	DC24V
Wattage:	8W/M
CCT:	2100K, 2700K, 3000K, 3500K, 4000K, 5000K
CRI:	≥90Ra
Angle:	110°
IP Rate:	IP67

Features Specification Accessories Application FAQ Downloads

Unitop 3D Silicone LED Neon Flex Rope Light 1616 has so many unique features, including but not limited to below:

Top and Side Bending:

These fantastic Neon Flex LED strip lights can be bent vertically and horizontally, and you can twist them 360 degrees. So you never have to worry about any specific shapes in your projects.

top and side bending LED Neon Flex 1616 2

High CRI More Than 90Ra:

The CRI of the LEDs we are using is all more than 90Ra. Thus we also call our LED Neon Flex: High CRI LED Neon Flex. Generally speaking, CRI(color rendering index) values of 90 and above are considered excellent; however, values below 80 are generally considered not good.

IP 67:

Our LED Neon Flex uses high-quality gas silica gel, which is yellow resistance, UV resistance, salt and alkali resistance, high-temperature resistant, and flame retardant. It is IP67.

Cut Freely:

There are clear silk-print cutting marks on the back of the LED Neon Flex for you to cut conveniently and quickly.

Various Installation Ways:

You can install our Top Bend LED Neon Flex in various ways, including A: Installation by aluminum profile. B: Installation by mounting clips. C. Installation by bendable profile.

Dimension and Length:

Note: The length of “L” is the length of the Neon Flex, which is the integer multiple of the minimum cutting length.

Electrical and Lumen Data:

Unitop Model No.	Color	CCT	CRI	View Angle	Lumen LM/M	Efficacy LM/W	Working Voltage	Power	Minimum Cutting Length	IP Rate
UTNF-3D1616-WW	Warm White	2100K	≥90Ra	110°	319	40	24VDC	8W/M	50mm	IP67
UTNF-3D1616-WW	Warm White	2700K	≥90Ra	110°	356	45	24VDC	8W/M	50mm	IP67
UTNF-3D1616-WW	Warm White	3000K	≥90Ra	110°	378	47	24VDC	8W/M	50mm	IP67
UTNF-3D1616-WW	Warm White	3500K	≥90Ra	110°	393	49	24VDC	8W/M	50mm	IP67
UTNF-3D1616-NW	Natural White	4000K	≥90Ra	110°	398	50	24VDC	8W/M	50mm	IP67
UTNF-3D1616-DW	Daylight White	5000K	≥90Ra	110°	391	49	24VDC	8W/M	50mm	IP67

Wiring Diagram:

1. Single-end Wiring:

Please use a constant voltage power supply with corresponding output voltage, and the rated wattage of the power supply shall be 25% more than the actual power consumption of light to increase its life expectancy.
This wiring diagram uses the mains of AC220-240V with brown and blue wires as an example, and please connect with the corresponding live and neutral wires for other electricity mains.

Dimming frequency ranges from 100Hz to 2000Hz, and 500Hz is recommended.

Light Length:
The length of the longest single light in parallel connection or sum of LED Neon Flex in series connection.

Cable Length:
The length of an electrical cable between the power output end and light input end and the wires for serial interconnection are included.

How to minimize voltage drop?
1. Please ensure the cable length is not more than the table “Max. Cable Length” according to light length and its wire gauge.
2. Please ensure the light length is less than the cable “Max. Running Length Single-end Wiring”.

TB1313 Top Bend LED Neon Flex single end wiring 1

2. Double-end Wiring:

The below wiring diagram with double-end wiring to run length longer than the max running length for single-end wiring but less than twice the value.

Please ensure the polarity connection is correct on both ends, and a short circuit might occur if powering the light from both ends with reverse polarity. It is not recommended to connect both ends of the neon flex with two separate power supplies, which would lead to overloading and overheating problems if either power supply is failed.

Light Length:
The length of the longest single light in parallel connection or sum of neon flex in series connection.

Cable Length:
The length of an electrical cable between the power output end and light input end and the wires for serial interconnection are included.

How to Minimize Voltage Drop:
1. It is optimal to position the power supply in the middle of a single light or multiple lines in a daisy chain to keep the equivalent cable length on both ends for double-end wiring.
2. Please ensure the cable length is not more than the table “Max. Cable Length” according to half of the light length and its wire gauge.
3. Please ensure the light length is less than the table “Max. Running Length Double-end Wiring”.