This catagory includes outside door handle, inside door handle and tailgate handle for Chrysler 300C.
Chrysler Car Door Handle replacement, 300C car door handle repair, Jeep car door handle accessoires, Chrysler outside door handle, Chrysler inside door handle Zhejiang Xingting Auto Parts Co., Ltd , https://www.xingtingautoparts.com
Interior car door handles is a small lever that you pull to release the door`s hook from the vehicle frame`s latch. There are different forms of inside door handles, though the area where it`s mounted remains consistent with most types of vehicles.
The tailgate handle is an external component that triggers the latch mechanism and allows the tailgates to swing open.
Most handles are made of plastic, while some are metal, such as zinc alloy. Further, there are designs offering a mix of both like a plastic bezel and metal lever, or vice versa.
For the car door handle surface finish, there are tons of them available. The list includes the usual chrome-plated, primed, smooth or textured, chrome bezel and colored lever combination, paint to match, satin chrome, and polished.
Road, streetlight expertise
In order to further improve the installation and maintenance of street lamps and standardize them, this regulation is specially formulated according to the requirements of the Shanghai Municipal Power Supply Bureau Standardization Committee. 1. Subject content and scope of application 1.1 This procedure applies to street lamps (including escrow lights, the same below), street lamp accessories, and special poles, road poles, overhead lines and cables for street lights. 1.2 This procedure is formulated to ensure the maintenance and installation of various street lighting equipment to ensure the quality of the project. 1.3 The maintenance of various street lighting equipment is tentatively scheduled once every five years. The annual maintenance work should be one-fifth of the number of lamps, and the amplitude should not exceed 10% of the quantity to be repaired. 1.4 Inspection and installation work should meet the requirements of engineering design. 1.5 For safety matters during maintenance and installation work, the relevant safety work procedures must be observed. 2, cement pole street light 2.1 light frame 2.1.1 frame type street lamp light frame length of 1.5mm and above, should use Φ40mm galvanized steel tube lamp holder. 2.1.2 Φ18mm galvanized steel tube lamp holders with a length of less than 1.5m. 2.1.3 Light frame attachments, such as white material plywood, iron hoops, bolts, etc., must be hot-dip galvanized, and should be galvanized well. It is found that the galvanized layer is severely peeled off and must be rejected. 2.1.4 Where the lamp holder is connected to the flange, the electric welding should be firm and the crack should be stopped immediately. 2.1.5 Removed lamp holders and accessories, such as galvanized intact, no rust spots can be used, corrosion must be updated. 2.2 Iron hoop and iron parts 2.2.1 Iron hoop should be suitable for the diameter of the pole when it is installed. If it is not suitable, it should be replaced. It is not allowed to hoop large horns or other things. If the hoop is small, it will be knocked out, causing the zinc layer to peel off. 2.2.2 The bolts should be tightened when the device is installed. At least two or three teeth of the nut should be exposed. 2.3 Cross-arm: 2.3.1 The cross-arm is mounted on the lamppost and is not inclined. The installation position is 150mm from the top of the pole. 2.3.2 The four-wire cross-arm should be equipped with a round hoop bracket. 2.3.3 The end rod cross arm should be installed on the side of the pole of the pole. 2.4 Illuminators 2.4.1 illuminators (light reflectors, lamp holders, ballasts, bulbs, triggers, capacitors), etc. should be fixed, and there is no looseness. 2.4.2 The outer casing of the lamp should be complete, the reflector is complete and fixed, and the lack of looseness is denied. The connection between the lamp and the lamp holder must be fixed firmly, and the lamp cover is not inclined. 2.4.3 The caps and the screws in the base of the lamp cap should be complete and tightened. 2.4.4 Porcelain lamp holders are not allowed to crack. 2.4.5 When the lamp head wire is connected with the lamp cap, the screw should be tightened, and the looseness should not be allowed. The cross section of the lamp cap should not be less than 1.5mm copper core wire. 2.4.6 Ballasts should be tested for insulation sampling before use to prevent the enclosure from being charged. 2.4.7 The ballast for exterior installation shall be fixed on the white material splint. Ballasts without hooks shall be fixed with ballast clamps. It is strictly forbidden to use cable ties or other methods. 2.4.8 The ballast nut of the ballast outlet should be tightened and refused to loosen. 2.5 Fuses 2.5.1 Each street lamp must be equipped with a fuse. 2.5.2 The fuse should be connected to the street light and firmly mounted on the white clamp. 2.5.3 The fuse element should be compatible with the current of the bulb, and cannot be arbitrarily enlarged or reduced, and can not be replaced by other wires. 2.5.4 The porcelain part of the fuse shall not be chipped. 2.6 Leading wire 2.6.1 The lower wire cross section shall not be less than 2.5mm2 edge copper wire. 2.6.2 The down conductor is connected to the street light line. T-shaped iron plate or double-headed white material should be installed on the horizontal. 2.6.3 The distance between the down conductor and any other conductor shall be not less than 20cm. 2.6.4 The down conductor and the street lamp phase line and the neutral line should be firmly connected. If multiple strands are used as the down conductor, the strands should be wound. In case of aluminum wire, the copper-aluminum joint transition is applied. 2.6.5 The down line should be tightened and not loose. 2.6.6 The distance between the branches and the branches should be no less than 30cm. Otherwise, the branches should be trimmed to prevent the branches from breaking down. 2.7 Light pole 2.7.1 light pole is made of reinforced concrete prestressed conical cement rod. 2.7.2 Blocks and Lanes can use Φ150mm slightly diameter, 7.5m-9m cement rod. 2.7.3 A φ190mm slightly diameter, 11m or 13m cement rod should be used on the road. 2.7.4 The lamp post must use the cement rod approved by the department for the department. 2.7.5 The buried depth of the lamp post is shown in the table below. Mud rod length (m) 7.5 9 10 11 13 Buried depth (m) 1.40 1.6 1.7 1.8 2 2.7.6 After the lamp post is set, the tilt rate is not greater than 5/1000. 2.7.7 The end rod and the corner rod shall be fitted with plate wires and separated by insulators. 2.7.8 The light pole is standing on the sidewalk, and the outer edge of the side of the sidewalk should be 0.75m. The street light pole should avoid the street tree. 2.8 Conductors: 2.8.1 Street light lines (except for Lanes) shall be insulated conductors of 25mm2 or 35mm2. 2.8.2 The span of the single pole street light line should not be greater than 30m. 2.8.3 The sag of the street light shall comply with the relevant regulations of the line. 2.8.4 The horizontal distance between the lamp line and the nearest part of any other building on the pole is less than 0.8m and the vertical distance is 2.0m. 2.8.5 The street light line crosses the road from the ground, and the number of the tram line is less than 9m. The main roads are declined below 6.5m, the general roads are declined below 5.5, the insides are declined below 5m, and the crossing of the railway is less than 7.5m. 2.8.6 Street light lines and other lines (communication lines, low-voltage power lines, tram feeders, board lines, etc.) must be at least 0.6m away. If there are special difficulties, the above distance cannot be reached. Insulate the wires with the consent of the designer. Protective material. 2.8.7 The street light line crosses the road. The wire cannot be pulled directly on the street light white plate and should be pulled on the white material of the cross arm. 2.9 Height Regulation 2.9 Street Light Height 2.9.1 Street Light Height refers to the distance from the center of the light bulb to the ground. 2.9.2 Street lights and lights in the street are 4.5m-5m. 2.9.3 5m wide road is 6m. 2.9.4 10m wide road is 7m. 2.9.5 10m-15m road is greater than 7m. 2.9.6 Roads above 15m shall be fitted with lights on both sides, and the height shall be greater than 7m. 2.9.7 A central pole light can be installed at the four corners of a 10m-15m wide road intersection. 2.9.8 Half-high pole lights or high pole lights can be installed at the corners of road intersections with a width of 15m or more. 2.9.9 Organic non-isolated belts shall be provided with double-row lamps in the isolation belt. 2.9.10 Street lamps on the same road, the height of the lamp holders shall be the same, and the error shall not exceed 10cm. In case of special circumstances, the above requirements cannot be met and the design personnel must obtain the consent. 2.9.11 The elevation angle of the lamps shall be the same on the same road. 3. Steel pole cable street light 3.1 Light pole 3.1.1 Light pole for steel pole street light 3.1.1.1 The wall thickness should be 3m-5m light pole is 3mm, 5m-7m light pole is 4mm, 8m- The 12m pole is 5 mm, 14 m pole, 6 mm 3.1.1.2 rod welding, must comply with the relevant regulations, 8m and above steel rods should have strength and other relevant test data. (Material is A3 steel) 3.1.1.3 The galvanized layer of the rod shall be firm and smooth, and shall be accepted after acceptance. 3.1.1.4 Steel poles, the bending degree is not greater than 2/1000 of the length of the rod. 3.1.2 The embedded parts of the steel poles shall be constructed in strict accordance with the requirements. The screw of the foot bolt should be coated with butter and wrapped, and the embedded iron plate must be level. 3.1.3 The concrete markings of the embedded parts of the foot must meet the design requirements and be layered and compacted. The buried depth is as follows: Rod height m 8 10 14 Buried depth (m) 1.70 2 2.2 Bolt diameter (Φ) mm 16 16 223.2 Junction box 3.2.1 The lower opening of the junction box door should be higher than the highest water level of the calendar year. 3.2.2 The door of the junction box should be closely matched with the box to prevent rainwater from penetrating. 3.2.3 The terminal block shall be made of 8mm thick epoxy phenolic board. The terminal board shall be firmly fixed in the junction box and shall not be loose. 3.2.4 The wire should be fixed on the 8mm copper bolt head. The spacing between the stud bolts is limited to less than 3 cm. 3.2.5 The ballast is hung in the junction box. It must be firm and reliable. The distance between the ballast and other wiring hoes should be less than 5 cm. 3.2.6 The cable should enter the junction box and be fixed on the terminal board. The neutral line should be fixed on the same boring head. The street lamp phase line can be connected with 1/16# copper fuse or pressure plate, or it can be fixed in the same On the hoe. 3.3 Pipeline 3.3.1 Street lamp cable According to the load, 4×25mm2 XLPE insulated or PVC insulated PVC sheathed copper core cable should be used. 3.3.2 Before laying the street lamp cable, it is necessary to use a shaker to measure whether the insulation is good. (The insulation resistance is less than 0.5 megohms.) 3.3.3 Street lamp cables should generally be applied to the pre-embedded Ф100mm galvanized sodium pipe (or iron pipe, pressure-resistant plastic pipe, cement pressure pipe), and each pole or cable turns. There must be a stringing well, and the distance between adjacent wells should not exceed 40m. 3.3.4 Street lamp cable threading pipe, laying should be straight. The connection between the cast iron pipe and the cement pressure pipe shall be sealed with concrete. The connection between the steel pipe shall be sleeved with a large diameter steel pipe and welded by electric welding. 3.3.5 The street lamp cable is buried in the underground depth of 0.5m. 3.3.6 The distance between the laying of street lights and cables shall not be less than 0.5m. When the street lamp cable is laid on the road or crossing the road, the 埋100mm galvanized steel pipe or reinforced concrete pressure pipe is used to protect the buried depth by 0.8m. 3.3.7 The distance between the laying of street lamps and cables shall not be less than 0.5m. 3.3.8 When the street lamp cable is led from the ground to the pole, the 2.5m section on the ground shall be protected by galvanized steel pipe, and the protection ring shall be added at the exit. A straight shaft should be provided in the straight root. 3.3.9 The streetlight cable enters the pole junction box, and the shaft is connected to the junction box at the root of the pole. The cable then passes through the moon bend pipe. 3.3.10 Road lamp cable construction bending radius should not be less than 15 times its outer diameter. 3.4 The surface level of the well 3.4.1 cable well should be the same as the road surface. 3.4.2 Wells must be installed in close proximity to the streetlight base and pipeline turns. 3.4.3 The bottom layer of the well should be covered with 80mm thick gravel cushion, and then 50mm thick 50# plain, and Φ50mm drain hole. 3.4.4 The four walls of the shaft are made of brick, and the cable threading pipe should be flush with the inner wall of the shaft. 3.4.5 The manhole cover shall be covered with a prefabricated product. 3.5 Hoisting 3.5.1 Street lamp steel rod assembly, should be reversed to wear the lower line, if necessary, allow the lamp to be mounted on the lamp arm at the same time, but should be installed firmly. 3.5.2 Light pole lifting, must pay attention to the surrounding environment, such as overhead wiring, greening, billboards, scaffolding, buildings, etc., to do security measures. 3.5.3 When lifting the wire rope, take anti-slip measures. Pay attention to the vehicles and pedestrians. Use the ropes to hold the light poles. The construction personnel should stand in a safe position and be supervised by the person in charge of the site. Non-workers must be 1-2 times away from the pole height. 3.5.4 The pole is installed on the foundation flange, the pole should be perpendicular to the ground, and the deviation should be within 2‰. 3.5.5 The light pole flange is tightened with a double nut. After the butter is applied, the cap is placed in a protective cap. 4. The high pole light refers to the height of the pole body above 20m, which is used for lighting facilities with concentrated illumination in the area. The high pole lights are available in fixed, dump and lift styles. This procedure is only for the prosperity and prosperity of high pole lights. Fixed and dumping high pole lights are required to refer to lifting high pole lights in terms of foundation, pole, lamp panel and installation. 4.1 Foundation 4.1.1 When digging the foundation pit, it is necessary to understand the situation of the underground pipeline and take measures to prevent landslides. 4.1.2 Before the concrete foundation is poured, the foundation steel bars must be bundled in strict accordance with the requirements. The screw bolts of the foot bolts are coated with butter and wrapped. 4.1.3 The concrete foundation must be strictly required for one continuous casting, and the markings must meet the requirements. Concrete #200, #500 cement. 4.1.4 Basic iron plate of pre-embedded iron must be level 4.2 rod 4.2.1 conical light pole with a circularity error of less than 3‰. 4.2.2 Polygon light poles, the internal angle deviation of the cross section should be less than 1.5 degrees, and the side length error should be less than 2mm. 4.2.3 The straightness error of the full length of the pole should be less than 1‰. 4.2.4 Operation door orientation should be considered safe, beautiful, and rainproof. 4.2.5 The concentricity error between the rod and the flange should be less than 5mm. 4.2.6 When the rod is inserted, the length of the insertion part must be greater than 1.5 times the diameter of the rod at the insertion. 4.2.7 After the high pole lamp is installed upright, use the theodolite to the pole