First, the status quo of North American LED standards LED energy-saving lamps as a new type of products, the current North American product safety standards do not specifically address the technical requirements of such products, LED product testing has become a topic in the industry. For the current industry situation, UL Labs of the United States is organizing the preparation of LED energy-saving lamp safety certification standard UL8750, which is still drafted and has not been officially adopted as the certification standard. Therefore, the certification test problem of LED energy-saving lamps has not been completely solved. The basic principle of the LED energy-saving lamp is to convert the AC power to DC power through the switch-type power module to supply power to the LED. According to the basic principle and structural characteristics of LED energy-saving lamps, MET Labs of the United States proposes a transitional detection scheme at the present stage: the US certification standard UL1993 (corresponding to the Canadian standard CAN/CSA-C22.2No.0, CAN/ CSA-C22.2No.74), and power module standard UL1310 or UL1012 (corresponding to Canadian standard CAN/CSA-C22.2No.107) test and certification of LED energy-saving lamps. Second, the technical points in the test The following is a description of the key issues in the LED energy-saving lamp certification test based on the UL1993, UL1310 and UL1012 standards. Material The LED energy-saving lamp can be made into various shapes. For example, the fluorescent tube type LED energy-saving lamp has the same shape as the ordinary fluorescent tube, and the power module and the light-emitting diode are enclosed by the tubular transparent polymer casing of the fluorescent lamp. The transparent polymer housing provides fire and shock protection in the product. According to the standard requirements, the energy-saving lamp housing material must reach the V-1 level or above, so the transparent polymer housing must be made of V-1 or higher. It should be noted that the product casing must meet the required V-1 rating, and its thickness must be greater than or equal to the thickness required for the V-1 grade of the raw material. The fire rating and thickness requirements can be found on the UL yellow card of the raw material. . In actual testing, it was found that in order to ensure the brightness of the LED lamp, the manufacturer often made the transparent polymer casing thin, which required the inspection engineer to ensure that the material meets the required thickness of the fire rating. Since different raw materials have different thickness requirements for the same fire rating, some raw materials can meet higher fire rating requirements at a lower thickness. It is recommended that the manufacturer can select the appropriate raw material for the product casing.
This cable is one of the Control Cable and it is with OFC copper conductor insulated and sheathed by PVC material.
This cable may be used in dry or wet places and widely applied to transmit and distribute low voltage electrical power, data
or signal. there have optional choices of flexibility and screen material to
fit for installation as request. Some control cables can bear larger mechanical forces. Some of them is with shielding and flame retardant performance.
Product features
Conductor: OFC
Insulation and jacked: PVC
Color: Black
Other component: Optional screen(braided or Cu)
Performance: shielding or flame retardant
Classification
1-
Braided
screen type
2-
Copper
screen type
3-
Steel tape
armored type
4-
Flexible
control cable
5-
Braided screen flexible control cable
6-
Fire
retardant flexible control cable
7-
Copper
screen fire retardant control cable
8-
Flame
retardant steel tape armored type
9-
Fire
retardant flexible control cable
Application
The PVC insulated PVC sheathed control
cable is suitable for patching of control, signal protected and measures
systems with rated voltage up to and including 450/750V and 600/1000V.
Using features
l Rated power-frequency
rated voltage U0/U is 450/750V and 600/1000V
l Max. permissible
continuous operating temperature of conductor is 70℃
l The ambient
temperature under installation should not be lower than 0℃,if the ambient temperature is below 0℃, the cable should be preheated.
Why choose us?
l OEM service is available based on official & legal
authorization.
l Strict quality control system.
l Sufficient support for our tendering representatives.
l Faster lead time than our competitors.
l Professional Cable solutions to your particular requirements.
l Free sample is available with economic express fee.
l Excellent quality with reasonable price.
l Strong technical support (technical data, drawing, etc.)
FAQ
Q: Are you a factory or trading company?
Q: Can I visit your
factory?
A :Yes! You are welcome to visit our factory for further detail
check.
Our factory is located in Minqing, Fujian. You could choose to fly
to Xiamen/Fuzhou International airport. And tell us your flight No., We will arrange to pick you up
if you like.
Q: May I buy samples from you?
A: Yes! You are welcome to place sample order to test our superior quality and services.
Q: Can you put my brand name (logo) on these products?
A: Yes! Our factory accepts to print your
logo on the products.
Q: May I know the status of my order?
A: Yes .The order information and photos at different production stage of your order will be sent to you and the information will be updated in time.
To receive a quote, further information or advice, Leen Cable invites you
to contact us. And if you want to visit to know our production line and manufacturing
property, please confirm with us in advance for later arrangement.
PVC Insulated And Sheathed Control Cable PVC Insulated And Sheathed Control Cable,Flame Retardant Control Cable,Flexible Control Cables,Flexible Shielded PVC Control Cables Smartell Technology Co.,Ltd , http://www.liencable.com
A : We are a manufacturer. We are professional in
developing and producing electrical wires and cables since 2001.