此处介绍denso wave手持终端“bht-1200”。denso wave是开展qr码及ic卡自动识别设备、工业用机器人（fa设备）等产品的开发、制造业务的行业龙头企业。

デンソーウェーブのハンディターミナル「bht-1200」についてご紹介します。 デンソーウェーブはQRコードやICカードの自動認識機器、産業用ロボット（FA機器）などを開発・製造するリーディングカンパニーです。

Four-page brochure with features, accessories and specifications for the BHT-1200 series of Windows CE handheld barcode terminals. Version Download 91

This page explains the BHT-1200 series User's Manual for DENSO WAVE’s automatic data capture devices. DENSO WAVE serves as a leader in developing and manufacturing automatic data capture devices for QR codes and IC cards and industrial robots (FA equ

2020年10月22日 · Four-page brochure with features, accessories and specifications for the BHT-1200 series of Windows CE handheld barcode terminals. ©2025 DENSO ADC. All rights reserved. DENSO's BHT-1200 series is easy to hold and operate. It's super high-speed scanning increases work efficiency.

2013年1月14日 · LONG BEACH, Calif. — DENSO ADC, the Americas sales arm of DENSO Wave Incorporated, inventor of the QR Code®, announced its new BHT-1200 Series of 1-D and 2D handheld wireless barcode terminals. By making barcode scanning quicker and easier, the devices increase operator efficiency.

Denso BHT1200 series Portable Barcode Scanner Handy Terminal 條碼掃描資料盤點終端機, 配備 3.5 吋 HVGA 顯示螢幕, 最多有 12 個功能鍵, 易於人體單手握持, 及便利單手操作, 搭載 BHT Mobile Control 終端管理工具, 可由伺服器集中管理, 減少單機管理工時成本.

DENSO BHT-1200系列 盤點機 (windows EC6/RFID) 螢幕尺寸:3.5-inch WVGA (320×480 dots). CPU:ARM Cortex-A8 800 MHz. 記憶體:Flash ROM/2GB,RAM/512MB. 傳輸介面:USB,藍牙2.0, …

The BHT-1200 is a DENSO Windows based Handheld Terminal and is easy to operate with just one hand, even using just the thumb for data entry. Featuring a scan performance of 400 scans per second the BHT-1200 is designed for high speed data capture, considerably faster than most standard laser scanners.

· 采用3.5英寸高精细HVGA显示屏，即使很小的字符，也可显示得很清楚。 1.液晶面板采用高精密度的高科技制造而成。 虽然有效像素大于 99.99%，但也有可能存在不到 0.01% 的像素缺陷或坏点，敬请了解。 2.在室外不能使用IEEE802.11a。 3.通信距离和通信速度为理论值，根据实际环境情况而发生变化。 4.读取:无线通信:画面重写:待机=1:1:1:20。 LCD背光灯低时。 无线功能仅在通信时打开，其他时间关闭。 操作时间5.为常温下的参考值，根据使用条件而变化。 6.充电时 …