Penguji Torsi Busi

To prevent damage during shipping, your equipment may have been shipped in separate packages. Please open all packages. All parts are listed below:

Follow the steps in the diagram below to assemble the equipment:

The equipment comes with several common types of outlets to facilitate testing. See the figure below:

Penting Catatan

Place the device on a stable, level surface. Adjust the base, referring to the bubble at point = 1 * GB3①, to ensure the entire device is level. Adjust the gap between the screws at = 2 * GB3②, using the bubble on the steel ruler as a reference, to ensure that when the pointer at = 3 * GB3③ points to the 0-degree position, the steel ruler is level. Note: When adjusting the steel ruler, you will need to loosen or tighten the two thumb screws at = 4 * GB3④ as needed.

Adjust the screw clearance at = 5 * GB3⑤ so that the socket clamp is in a vertical position.

Penggunaan Peralatan

Adjust the test weight on the right side of the device so that its left edge is positioned 10 mm from the steel ruler, then adjust the balancing weight on the left side to level the balance arm, then check whether the spirit level on the balance arm is level (the bubble in the center indicates a level position). If it is level, the mating surface of the output socket is in a vertical position; if it is not level, fine-tune the balance arm further.

Insert the sample into the output socket, and adjust the position of the weight on the balance beam to the right so that the mating surface is vertical (check to see if the spirit level bubble is centered).

Read the value on the steel ruler, multiply it by the weight of the weight, and the result is the torque applied by the sample to the output socket. Alternatively, place a 2.5-N weight at a distance of 100 mm from the starting point of the balance arm(The left edge of the test weight on the right side of the apparatus is located 10 mm from the steel ruler) at the 100 mm mark, and determine whether the torque applied by the specimen is within the range specified by the standard by observing the position of the balance arm.

Solusi Pengujian Kinerja Fotometrik, Kolorimetrik, dan Keamanan untuk LED

Sistem Goniofotometer: LSG-6000, LSG-1890B, atau LSG-1800ACCD

Sistem Uji Spektroradiometer & Bola Integrasi: LPCE-2 or LPCE-3

LED Life Memelihara Sistem Pengujian Sesuai dengan LM-84: LEDLM-84PL

Sistem Uji Keamanan Radiasi Fotobiologis: EN 62471-C atau EN 62471-P

Sistem Pengujian Penyalaan Lampu, Waktu Pengaktifan, dan Kedipan: LSRF-3 ke LSP-500VARC-Pst

Penguji Penggerak Daya LED: LS2090, M9822, dan LSP-500VARC

Penguji Tingkat IK | Penguji Dampak Palu Pegas: IK07-10, IK01-06

Sistem Pembangkit Getaran Elektrodinamik: LVD-100KG-6D

Alat Uji Keamanan Listrik: LS9955, ZRS-3H, ZY-3, TTC-1

Solusi Uji Ruang Lingkungan untuk Luminer LED

Uji Ketahanan Air untuk IPX5 dan IPX6: JL-56

Mesin Uji Tahan Debu untuk IP5X dan IP6X: SC-015

Ruang Suhu dan Kelembaban Tinggi dan Rendah: GDJS-015B

Mesin Uji Semprot Garam: YWX/Q-010

Ruang Uji Penuaan Lampu UV: UV-263LS

Ruang Uji Penuaan Lampu Xenon: XD-80LS

Kamar Uji Ozon: OTC-150A

Ruang Uji Sulfur Dioksida: SQ-010

Solusi Pengujian EMC dan EMI untuk Luminer CFL dan LED

Sistem Uji EMI: EMI-9KB or EMI-9KA

Simulator Pelepasan Muatan Elektrostatik: ESD61000-2

Pengukuran Kekebalan EFT: EFT61000-4

Pembangkit Lonjakan: SG61000-5

Generator Penurunan dan Gangguan Tegangan: CSS61000-11

Generator Gelombang Cincin: RWG61000-12

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