5Pin 7Pin rotary lock light controller housing kit

カバー

Select a photocontrol cover to match the base, internal components and intended outdoor application. Verify dimensions, material specifications, sealing requirements and any stated UV or weather-resistance test data for the selected model. Environmental protection depends on the complete assembled housing; a cover alone does not establish suitability for every harsh environment.

Single layer/Double layer
Compliant with AN SI C136.41&UL773 standards
Voltage resistance:> 600V
Protection level: IPx5
Working temperature:- 40℃~ + 70℃
Regular style: Blue and Black
New model: Silver gray, using dual color injection molding process

JL-241J/JL-242JV base

Based on 5pin and 7pin NEMA interface, JL-242JV is the upgraded base of JL-241J.

色	黒
3ピンツイストロックコンタクトドット材質	銅接点
Rated frequency	50/60Hz
IP等級	IP66（After assembly）
材料	PBT
ガスケット	シリコンゴム
動作温度	-40℃～+70℃

Product related video display：

Customizable cover

Photocontrol cover options include blue, black, grey and transparent designs, subject to the selected model. For a customized housing, specify the required diameter, height, internal clearance, material and optical requirements. Confirm fit with the base and internal components, together with sealing and environmental requirements. Smart-control functions depend on the electronics and system design; changing the cover dimensions alone does not add control functions.

Single-layer cover options: Specify the required height, diameter, color and transparency for the intended photocontrol assembly. Confirm available configurations, internal clearance and fit with the selected base before ordering a standard or customized cover.

Double-layer cover options: Compare the construction and material specifications of the selected models. Where a 70°C temperature limit is stated, verify the applicable model, test conditions and complete housing configuration before use. Request evidence for any corrosion-resistance claim. Service life and maintenance cost depend on the complete assembly and operating conditions.

NEMA Base Comparison

1.最適化の目的

破片による歪みを防ぐためにカードブリッジを設置する

2.Optimization Purpose

防水性と通気性のあるフィルムを追加し、ライトコントローラーの内部と外部の圧力差をバランスさせます。製品への水の浸入を軽減します。.

3.最適化の目的

The cylindrical structure can protect the pins and avoid pin deformation, and the height of the cylinder Flush with the upper shoulder of the lead out end to support the circuit board and ensure the circuit the board is flat. All pin ends are treated with glue.

4.最適化の目的

防水リングの材質をシリコンゴムに変更しました。耐久性に優れたシリコンゴムは、ガスケットの寿命を延ばします。.

底部のガスケット素材をシリコンゴムに交換します。.

その他の構造最適化

Other subtle differences in structure are due to mold optimization considerations and process processing considerations.

Optional Smart Light Controller Accessories Kits Solution

よくある質問

What electrical connections does the shell kit support?

Electrical connections depend on the selected base and controller models. Verify the 5-pin or 7-pin configuration, pin assignments, electrical ratings and supported control interface using the model datasheets and wiring diagrams. Confirm compatibility with the mating receptacle and follow the installation instructions. The cover provides housing; intelligent-control functions depend on the electronics and system configuration.

What is the difference between a single shell and a double-layer shell?

Single-layer and double-layer covers differ in construction. Compare the specific models for dimensions, material, internal clearance, sealing arrangement and stated test results. Layer count alone does not establish load capacity, impact resistance, durability or suitability for a harsh environment. Select the complete housing assembly according to the project requirements and model documentation.

What are the application ranges?

Potential applications include outdoor lighting projects for roads, parks, industrial sites, school grounds and stations, subject to the selected housing, base and controller models. Verify mounting dimensions, electrical compatibility, environmental ratings and installation requirements for the intended location. Project suitability must be assessed for the complete assembly; the housing kit alone does not determine control functions or energy savings.

How is the protection performance?

Verify the specified IP rating for the selected cover, base and complete assembled housing. Confirm the tested configuration, gasket, cable entries and mounting requirements in the model documentation. Do not assume that every housing kit is rated IP65 or IP66. Protection depends on compatible parts, correct assembly and the stated test conditions.

What environmental conditions can it withstand?

Check environmental suitability by model and assembled configuration. Where -40°C to +70°C is stated, verify the applicable model and test conditions before selection. Request the relevant UV, impact, water-ingress and corrosion test data for the intended site. The stated temperature range alone does not establish suitability for every extreme-weather condition.

What should I pay attention to when installing these housing kits?

Follow the installation instructions for the selected controller, base and mating receptacle. Isolate the power supply as required before installation or removal. Verify pin alignment, wiring, gasket condition, sealing and the specified locking procedure. Do not force incompatible parts or infer mounting direction from a generic description. Confirm the completed assembly before energizing.

How should the durability of these housing kits be assessed?

Durability depends on the selected material, complete assembly, exposure and maintenance. Verify whether the model uses polycarbonate (PC) or another specified material, and request relevant UV, weathering and reliability test data. Check gaskets and other replaceable parts according to the maintenance instructions. Material choice or an IP rating alone does not guarantee a fixed service life or prevent all aging and discoloration.