User manual EPSON TM-T88V BROCHURE

[. . . ] Its high degree of reliability guarantees your productivity at the point of sale. Cost efficiency is one of the key features of the TM-T88V, a very important commercial consideration in these times of cost constraints and tight margins. Whatever the operational mode, energy consumption is ultra low, there are many ways to cut down on paper usage, and it has a durable, robust, cost-cutting design ­ all ideal for the environment. The `Epson Sustainability Report', published annually, records how Epson safeguards and continuously improves the environmental credentials of its products and manufacturing processes. [. . . ] Transportation, packaging, use and recycling are all designed to have the lowest possible environmental impact. The TM-T88V releases 10% less CO2 than its predecessor and so has the best CO2 life cycle assessment of any Epson thermal printer so far. Very low energy consumption As the world's very first thermal PoS receipt printer, the Epson TM-T88V has been awarded the ENERGY STAR® certificate for power-saving office equipment because its energy consumption is extremely low whatever the operating mode. The ENERGY STAR® certificate is a first for the PoS industry, a fact of which Epson is especially proud. The new fully automatic paper reducing function gives you the opportunity to reduce the line spacing on each receipt without altering the content. Also, the TM-T88V prints the logo on the next receipt before cutting the one before it. This saves you up to 12 mm more paper per receipt. Overall, these new functions give you paper savings of up to 30%, depending on the length of the receipt. The printer comes with an adapter so you can also reconfigure it to print on narrower paper (58 mm). Generates 10 % fewer life cycle CO2 emissions than the previous model (TM-T88IV) and uses 14% less total power. 30% of paper supply with paper-saving functions. A life cycle assessment was used to calculate the global warming impact of the product at each phase of its life cycle and express this as a CO2 equivalent. The life cycle includes material & product manufacturing, transport, use by customer (assumed 5-year usage), and disposal/recycling of end-of-life products, but not paper used. Total power consumption is calculated based on 300 receipts per day, with printer power on for 16 hours/day and off for 8 hours/day for 365 days/years. CO2 emissions and power consumption will differ depending on customer printer use. *2 Top margin, line space, line feed and barcode height reduction functions. Till receipt without paper reducing function Till receipt with paper reducing function In the future, use your till receipts even more efficiently as a means of communication with your customers. As one of the world's first PoS thermal printers, the Epson TM-T88V gives you grey scale print for greater contrast. Whether it's an individual check out coupon, loyalty voucher to collect or publicity for special offers, publicity on the till receipt is a highly efficient marketing tool. The Epson TM-T88V is the first to give you this function ­ a valuable application for commercial marketing ­ as standard. Add value to your till receipts immediately with graphics, images and logos that display fine colour shading and much of the charm of black-and-white photos. Turn your receipts into low-cost but dynamic publicity tools. [. . . ] 71"} Width: Same as the paper width or less than paper width by 1 mm. 1 A Standard: cashdrawer, power supply, built-in USB and changeable serial, parallel, W-LAN, Ethernet or other interface CE marking: Directive: 2004/108/EC; EN55022 Class A; EN55024; IEC61000-4-2; IEC61000-4-3; IEC61000-4-4; IEC61000-4-5; IEC61000-4-6; IEC61000-4-11; Safety Standard: TÜV (EN60950-1); Conforms to International ENERGY STAR® program. (when used with Epson interface and Epson PS-180 power supply) 150 million pulses, 150 km 2 million cuts: Specified original paper type PD150R, PD160R. 360 , 000 hours (Failure is defined as a random failure occurring at the time of the random failure period. [. . . ]