Product Specifications
Product Description
DD862(Shanghai Model), DD862a(Hangzhou mode) single-phase watt-hour meter is induction meter, which is applicable to measure the rated frequency 50Hz and power loss in electrified wire netting. The meter has novel design, rational structure and features of high overload, low power loss and long life etc. All technical largets are completely conformed to National Standard GB/15283-94 and International Standard IEC521.
EKAI Electrical Co., Ltd. Was founded in 1986 and locates in LiuShi ---The Electriacal Capatal of China. EKAI is one of the leading manufactures specializing in developing and producing all kinds of high or low voltage electrical products and accessories in China. As an enterprise certified by ISO9001system strictly, we have also got many safety certificates, such as CB, SEMKO, FIMKO, ESC, CCC, VDE, UL, CE etc.
EKAI Group includes 60 sub-companies. Now there are 3000 members in our company, among them RD and manangers are about 450, working on the 106000 square meters. Till 2003, we have 130 million capacityl.
Besides European and American Advanced technology and Chinese wisdom and diligence, adopting advanced and standard testing equipments from Europe and USA, we have the support from European and American technologists (British engineers and American engineers)
So we are sure our clients get the most benefits from our reliable management system, stable quality, competitive prices and perfect services. As the professional manufacturer and exporter, we have international marketing experience of ten years. Our products reach all over the world. EKAI Electrical Co., Ltd. Has great capacity to develop new products, plastics and metal products according to our clients. And our target is to offer more advanced and higher quality products and more competitive products for our customers.
We are looking forwarder to inviting the customers from interior or overseas to discuss the business with us. We are sure we will have good cooperation relationship and make a briliant future for both of parities.
