GZ5330-100T说明书

理想sf5330说明书
1、把带油墨的蜡纸与待印蜡纸对齐粘在一起，把带油墨的蜡纸上在速印机上，都需操作人员手动进行。

2、再有把新旧两张蜡纸对齐粘在一起需找一新地方，也影响了操作环境。

本人通过油印稿件的实践认为，解决“油墨太重，废品很多。

3、一般油印程序是：在上待印蜡纸前用毛刷把油墨抹在“羊毛辊”或“钢制辊筒”的光滑表面，然后摇动手柄，使油墨均匀分布在纱网上。

4、这样上油墨的方法，使油墨从纱网下面往上渗透，如油墨少，则油墨不能透过蜡纸，需反复按压；如油墨多，虽不需反复按压。

ASD5330产品使用说明书V1.0目 录一、产品简介： (2)二、技术特点及使用范围： (2)三、执行标准： (2)四、主要技术参数： (2)五、探测器结构： (3)六、探测器的安装： (3)七、设置使用说明： (5)1、指示灯蜂鸣器状态说明： (5)2、设置操作说明： (5)3、故障分析及处理： (6)八、日常使用维护： (7)九、售后服务： (7)十、产品装箱单： (7)一、产品简介：ASD5330系列是测量范围为0~100%LEL的点型可燃气体探测器，适用于可能存在燃气泄漏的非防爆性民用住宅、工业及商业场所。

并可以通配接安仕得系列报警控制器，可以实现集中远程监控室内燃气浓度，当泄漏浓度到达报警设定值时，发出声光报警信号，并自动控制电磁阀切断气源、自动控制排风扇启动排风，可有效预防因燃气泄漏可能造成的爆炸、火灾、中毒、窒息等恶性事故的发生。

二、技术特点及使用范围：1、探测器采用壁挂方式安装，安装简单，接线方便。

2、探测器电源及总线部分均采用无极性方式设计，总线采用抗干扰防静电保护电路，保证探测器长期稳定工作。

3、探测器采用高精度半导体气体探测传感器，灵敏度高，选择性好，抗干扰性强。

具备传感器自动故障报警功能。

4、探测器报警时可发出声光报警信号，并自带一路联动输出节点可配接DC12V脉冲燃气电磁阀或一路干节点输出。

5、探测器具有全温度补偿功能，可自动修正温度变化对检测浓度的影响。

三、执行标准：GB15322.1-2003《可燃气体探测器第一部分：测量范围为0~100%LEL的点型可燃气体探测器》四、主要技术参数：产品名称： 测量范围为0~100%LEL的点型可燃气体探测器产品型号： ASD5330检测原理：平面半导体式检测气体：甲烷（天然气）检测量程：0~100%LEL工作电压：DC24V±10V采样方式：扩散型工作功耗：≤1.5W正常监视≤3W 报警状态报警浓度 6%LEL ±3%LEL 响应时间 ≤30秒报警方式： 声光报警 恢复时间 ≤30秒通信方式：ABUS四总线通信（B）通信距离：≤1500米(1.5mm2)工作温湿度：-0℃~+55℃，≤93%RH 压力范围： 86kPa~106kPa探测器净重：150g 传感器寿命 5年（典型值）输出方式： 1组DC12V 脉冲电磁阀输出（1000μF电容放电）或一组无源继电器输出 外形尺寸： ﹙长×宽×高﹚108mm×95mm×45mm五、探测器结构：ASD5330探测器结构由探测器及安装挂板2部分组成，其结构特征如（图1）所示：图1六、探测器的安装：探测器采用扩散方式进行采样，探测器应安装在可探测到被测气体的最佳位置，可参考图2所示位置。

Installation Manual Model: 53319 Fresh White53320 Premier Bronze53321 Brushed Nickel52397 Flat Matte BlackFan weight ±2 lbs: 16.5 lbs (7.5 kg)Cautionc.1 - All wiring must be in accordance with national and local electrical codes ANSI/NFPA 70. If you are unfamiliar with wiring, use a qualified electrician.c.2 - Use only Hunter replacement parts.This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and if not installed and used in accordance with the instructions may cause harmful interference to radio communications.However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one or more of the following measures:• Reorient or relocate the receiving antenna.• Increase the separation between the equipment and receiver.• Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.• Consult the dealer or an experienced radio/TV technician for help.Caution: modifications not approved by the party responsible for compliance could void user’s authority to operate the equipment.This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.This product conforms to UL Standard 507.We recommend that you pull everything out of the box and lay it out. We have grouped the drawn components below with the hardware you’ll need for those parts. The screws below are drawn to scale to make it easier to identify what piece of hardware is needed to install each component.If you have an angled or vaulted ceiling:1. You will need a longer downrod. (sold separately at )2. If your ceiling angle is greater than 34°, you will also need anAngled Mounting Kit. (Sold separately at )If you have a flat ceiling:Hang your fan by a standard downrod. Some fans comewith a shorter downrod for a Low Profile installation.Standard MountingYou have two options for installation. Pick which one works best for your location. Remove any existingHunter Pro Tip:bracket with hardware foundin the hardware bag.Pass all wires to one side of horizontalbar in downrod assembly. Hand tightenHanging the Fan Wiring the FanS l i d e c a n o p y o v e r d ow nr o d a n d w ir e s .Place the downrod ball into the slot in the ceiling bracket.NOTICETo prevent damage to fan,ALWAYS lift holding either the fan housing or the downrod.We know wiring is hard. Let’s make it easier.You are going to need these:Follow these steps to get your fan wired quickly and safely. Follow the route below that best matches your wall switch setup. If you are unfamiliar with wiring or uncomfortable doing it yourself, please contact a qualified electrician.Hunter Pro Tip:Here is how to connect the wires:Insert grommets found in the hardware bag into the holes in the blades, then secure each blade to a blade arm with screws found in the hardware bag.Insert the two canopy screws found in the hardware bag.1886Installing the Pull Chain ONT ur n Po w e r Want to install your fan without a light kit?Go to /FAQs and click “How do I install my fan with light kit?”Hunter Pro Tip:Fan style may vary.Note:Screw light kit screws from the hardware bag halfway into the motor housing. It does not matter which two screw holes you choose.Connect the plugs from the upper and lower switch housings. Make sure to line up the colored markings on the connectors.Lift the lower switch housing until its screw holes are aligned with the screw holes in the upper switch housing. Install the three switch housing screws, found in the hardware bag. Tighten all three screws.Feed the wire plug through the center hole of the upper switch housing, then wrap keyhole slots around the screws and twist counterclockwise.Insert a third screw, found in the hardware bag, into place and then tighten all three screws.1 of 33 of 3AssemblyScrewLight Kit Screwbagbag2 of 3Assembly Screwbag1S T E P4S T E P5S T E P2S T E P3S T E PAssembling the LightWARNINGFAN FALL HAZARDMake sure all three screws are tight to secure the upper switch housing to the mounting plate.WARNINGFAN FALL HAZARDMake sure all three screws are tight to secure the lower switch housing to the upper switch housingFan style may vary.Note:Feed the pull chains from the fan switch down through the hole in the upper switch housing as shown. Attach the pull chain pendants to the fan pull chains.The fan pull chain controls the speed: from high to off.Reversing the Fan Reverse SwitchCeiling fans work in two directions: downdraft (counterclockwise rotation) and updraft (clockwiserotation). To change the direction of air flow, turn the fan off and let it come to a complete stop. Slide the reversing switch to the opposite position. Restart the fan.Updraft (clockwise rotation) creates a more indirect airflow. Updraft airflow is great for moving warm air downward.Downdraft (counterclockwise rotation) creates a direct breeze and maximum cooling effect.TroubleshootingFan Doesn’t Work • Make sure power switch is on.• Pull the pull chain to make sure it is on.• Push the motor reversing switch firmly left or right to ensure that it is engaged.• Check the circuit breaker to ensure the power is turned on.• Make sure the blades spin freely.• Turn off power from the circuit breaker, then loosen the canopy and check all the connections according to the wiring diagram.• Check the plug connection in the switch housing.Excessive Wobbling • Make sure the blades are properly installed on the blade iron posts.• Turn the power off, support the fan carefully, and check that the hanger ball is properly seated.• Use the provided balancing kit and instructions to balance the fan.Noisy Operation• Make sure the blades are properly installed.• Check to see if any of the blades are cracked. If so, replace all of the blades.Cleaning the FanUse soft brushes or cloths to prevent scratching. Cleaning products may damage the finishes.Hunter Pro Tip:Follow steps 6-10 to reassemble with new downrod。

东邦机械分离技术卧式螺旋卸料沉降离心机机械使用说明书江苏东邦机械有限公司Dongbang Machine Co.,Ltd.,Jiangsu Province,China目录引言—————————————————————— 3 第一章结构与工作原理——————————————— 3 第二章主要参数及特点——————————————— 4 第三章安装与调试————————————————— 6 第四章运行与维护—————————————————9 第五章检查与修理—————————————————13 第六章运输与贮存—————————————————16引言DWL530A系列离心机是我公司在多年从事分离和过滤机械研究和制造的基础上，开发和研制的新产品。

本公司以“市场为中心，质量、成本为基本点”的理念，根据不同行业的不同物料特性最大可能地满足客户的要求，主要应用于化工、石油化工、轻工、食品、煤炭、冶金、选矿、环保、味精、糖蜜、制酒等各种固液相和固液液相分离的领域。

DWL530A系列离心机为卧式螺旋卸料沉降离心机（简称卧螺离心机），它吸取了国内外的先进技术，具有分离因数高，长径比大，分离效果好，自动化程度高，操作简单，连续运转，适应性强等优点。

本说明书对 DWL530A离心机的结构原理、主要技术参数及性能、安装调试、运行与维护、电气系统等方面进行说明，以便使用单位认真阅读本说明书后能正确使用本机器。

本说明书共 16 页，其中涉及的名称、术语、编号等是按我公司和行业有关标准编写的，可能会有某种机型或其部分结构与说明书不符，其中不解之处或有疑之处，请您及时与我们联系，提出宝贵的意见。

第一章结构与工作原理DWL530A离心机的工作原理和其结构如图一所示：主要由主电机、进料管、主轴承、机罩、转鼓、螺旋体、机座、差速器、及副电机等组成。

其工作原理是：悬浮液从右端进料管连续加入，经螺旋进料口进入转鼓，在离心力作用下，在转鼓内壁形成沉降液池，将悬浮液分离成固体重相和液体轻相，重相的固体二、 DWL530A型离心机的主要特点：1.操作简单，自动化程度高，可进行连续分离。

BF3530T目录目录 (1)1 前言 (4)2 安全注意事项 (5)3 外观示意图（图片仅供参考） (6)4 图标说明 (7)5 按键说明 (8)6 开始前的准备 (10)6.1安装SIM卡 (10)6.2安装存储卡 (10)6.3安装电池 (10)6.4取出电池 (10)6.5电池充电 (11)6.6安全密码 (11)7 常用功能说明 (12)7.1开机 (12)7.2拨打电话 (13)7.3利用电话簿拨号 (13)7.4利用通话记录拨号 (14)7.5接听电话 (14)7.6拒接来电 (14)7.7结束通话 (14)7.8调整音量 (14)7.9紧急服务 (15)7.10通话中选项 (15)7.11录音 (15)7.12存储卡 (16)7.13关机 (16)8 菜单结构 (16)9 菜单功能介绍 (19)9.1电话簿 (19)9.1.1 快速查找 (19)9.1.2 查找联系人 (20)9.1.3 添加联系人 (21)9.1.4 全部复制 (21)9.1.5 删除 (22)9.1.6 来电群组 (22)9.1.7 其它号码 (22)9.1.8 设置 (22)9.2信息 (23)9.2.1短信 (23)9.2.2 彩信 (26)9.2.3 聊天 (29)9.2.4 语音信箱 (29)9.2.5 小区广播 (29)9.3通话中心 (30)9.3.1 通话记录 (30)9.3.2 一般通话设置 (31)9.4设置 (33)9.4.1 彩色灯 (33)9.4.2 界面特效设置 (33)9.4.3 魔音设置 (34)9.4.4 手机设置 (34)9.4.5 网络设置 (35)9.4.6 安全设置 (36)9.4.7 恢复出厂设置 (37)9.5多媒体 (37)9.5.1 相册 (37)9.5.2 视频播放器 (37)9.5.3 音乐播放器 (38)9.5.6 录音 (39)9.6档案管理 (39)9.7游戏和娱乐 (40)9.8情景模式 (41)9.9附加功能 (42)9.9.1 闹钟 (42)9.9.2 日历 (42)9.9.3 待办事项 (43)9.9.4 世界时间 (44)9.9.5 计算器 (44)9.9.6 码表 (44)9.9.7电子书 (44)9.9.8 来电秀 (45)9.10网络服务 (45)9.10.1 STK(需要手机SIM卡支持) (45)9.10.2 WAP (45)9.10.3 数据帐户 (47)9.11来电自动留言 (47)9.12双卡设置 (47)9.12.1模式设置 (47)9.12.2主卡设置 (48)9.12.3帮助 (48)10输入法说明 (48)11维护与保养 (52)12安全信息 (53)13技术规范 (54)1 前言衷心感谢您选择本公司移动电话！我们的手机符合中华人民共和国通信行业标准，也符合欧洲标准，经核准适用于GSM网络。

目 录第一章产品的简介和应用 (2)1.1产品介绍 (2)1.2产品到货时确认 (2)1.3铭牌 (2)1.3.1铭牌举例 (3)1.3.2型号说明 (3)1.4安装场所和应用管理 (3)1.4.1安装场所 (3)1.4.2机房温度控制 (3)1.4.3作业时防止异物落入 (3)1.4.4安装方向和空间 (3)第二章器件连接及信号安装 (4)2.1主电路与电机接线 (4)2.2噪声滤波器的安装 (5)2.3一体机和电动机的接线距离原则 (6)2.4地线的连接 (6)2.5P G扩展卡端子及规格 (7)2.６控板端子及规格 (9)2.7外呼板（或内选显示）规格 (10)2.8内选板I/O规格..............................1 1 2.9桥顶板I/O规格..............................1 1 第三章参数一览表 (13)3.1操作器的使用 (13)3.2参数菜单结构/形式表 (15)3.3参数详细内容 (29)第四章一体机故障代码和解决方法 (42)4.1P03电梯故障记录代码表及处理方法 (42)4.2P01一体机驱动器故障信息及处理方法 (47)4.3P02驱动器当前故障对应的辅助代码及状态表 (51)4.4常见故障处理....................................5 3 第五章调试步骤 (57)5.1慢车的调试 (57)5.1.1运行条件及基本参数设定 (57)5.1.2异步电机自学习 (58)5.1.3同步电机自学习 (58)5.2快车的调试 (59)5.2.1井道开关的确认 (59)5.2.2井道参数自学习 (59)5.2.3平层及舒适感 (60)附录一电梯专用控制系统功能 (62)附录二外呼板地址设置……………………………………6 4第一章 产品的简介和应用1.1 产品简介我司研发的MICOLIFT一体机是集微机控制与变频驱动完美结合的新型产品，具有产品体积小布局精简可靠性高，人机界面友好操作简便，产品价格低廉，是电梯企业生产及改造的首选产品，当今电梯配套技术的主流。

气悬浮离心鼓风机使用手册V20200103⚫高效⚫无油⚫长寿命⚫低噪音⚫智能控制⚫维护简单更多详情请访问欢迎拨打全国服务电话400-616-8996目录第一章安全须知 (3)第一节警示标志 (3)第二节常规安全措施 (4)第二章产品概述 (5)第一节型号分类 (5)第二节产品构造 (5)第三节鼓风机选型参数 (6)第三章安装 (7)第一节鼓风机使用环境 (7)第二节鼓风机安装 (7)第三节管路安装 (7)第四节设备安装 (8)第五节所需标准件 (9)第六节电气安装 (9)第四章操作说明 (10)第一节紧急停止 (10)第二节首次启动 (10)第三节控制模式 (10)第四节参数设置 (11)第五节控制方式 (14)第六节操作程序 (14)第五章维护与检修 (16)第一节维护安排 (16)第二节过滤棉更换周期 (16)第三节故障信息 (17)第六章免责 (20)第一章安全须知本气悬浮离心鼓风机中的机械部件转速非常高，其电器部件也具有很高电压。

不正确或不适当的运行或维护，可能会导致设备损坏、使用者的伤亡或重大的财产损失。

因此在安装、操作或进行任何维护前，请务必仔细阅读本文。

第一节警示标志为了您的人身安全，请对下列安全标示予以高度注意。

黄色警告标识如果操作不当，将会导致严重的人身伤害，死亡或是重大的财产损失。

如果操作不当，可能会被高压电击伤，甚至死亡。

如果操作不当，可能会被气悬浮离心鼓风机出口管道的高温烫伤。

本设备转速非常高，请注意操作安全。

为预防触电，在接通电源之前请务必连接好接地端子。

红色禁止标识本气悬浮鼓风机属精密设备，转速非常高，请勿擅自打开机箱处理。

本气悬浮鼓风机的旋转方向是一定的，严禁反转。

本鼓风机顶盖处禁止站人或者摆放重物。

蓝色指令标识本设备有一定的声响，请佩戴护耳器。

必须保持过滤棉与机内清洁。

必要时，用软布配合吸尘器清理。

操作者必须按照操作规程进行操作。

调整三相电相序，使之按照示意方向旋转。

MULTI-POSITION FULL CASEDCMUPFLOW/DOWNFLOWFULL CASEDCF UNCASED UPFLOW CUI SO 9001C ertified Quality FOR DISTRIBUTION USE ONLY - NOT TO BE USED AT POINT OF RETAIL SALEDESCRIPTIONMaxAlloy™ aluminum indoor coils are specially designed to be installed with UPG furnaces or modular air handlers as part of a matched air conditioning or heat pump system.UPG indoor coils can be applied with indoor orifices and/or TXVs according to the application. Most indoor coil models are available as “flex” coils for installation of the specific expansion device in the field. Select SKUs are available with factory-mounted TXVs or EEVs. Refer to the Technical Guide for the matched outdoor unit to determine the required indoor expan-sion device for your specific application.CF series full cased coils are suitable for upflow or downflow applications.CM series full cased coils have the added flexibility of multi-position installation. They are shipped as upflow / horizontal left and are easily convertible to downflow / horizontal right. Select CM Models are available with a factory manufactured electronic expansion valve.CU series uncased coils are designed for upflow-only applica-tions on top of furnaces. These coils may require field modifica-tion of the ductwork. A Partial Case accessory is also available,as shown on the accessories page.If CF or CM coils are installed without the casing, a Diverter Shroud kit is required, as shown on the accessories page. CU coils include a factory-installed Diverter Shroud.FEATURESRigid Case Construction - an interior endoskeleton provides structural support eliminating screw heads protruding from the side of the cabinet that could damage property when being installed.Cabinet – Constructed of heavy gauge galvanized steel with a primer and finish coat providing a high quality corrosion resis-tant finish.MaxAlloy ™ Coil - Long life aluminum coils built to deliver last-ing performance, efficiency and reliability.Foil faced insulation -The cabinet is insulated with a single piece of cleanable foil faced insulation retained by the endo-skeleton. The cabinet design is such that all edges of the insu-lation are contained.Electronic Expansion Valve (EEV ) - Factory installed on select CM models and sized to match with specific high-effi-ciency variable capacity outdoor units.Compact Cabinet - With the coil and access doors removed the cabinet has a 20.5” casing depth in all models, which pro-vide ease of attic access and space constrained applications.Thermoset Drain Pan - Corrosion and UV resistant with a pos-itive slope for proper drainage. Low water retention design max-imizes indoor air quality and consumer comfort.Low Leakage Cabinet Design - Fully gasketed doors mini-mizes air leakage to no more than 2% when measured at 1.0”esp. minimizing conditioned air leakage and infiltration.Duct Flange - Three sided duct flange is supplied to be field installed when required.Thermostatic Expansion Valves -Select factory mounted as well as field mounted models available utilizing chatleff fittings,no brazing required.ACCESSORIESRefer to Price Manual for specific model numbers.TXV Kits - Thermal expansion valve kits are available for flex coil applications with R-410A or R-407C refrigerant. All TXV kits are non-braze, bolt-on connections including the valve assem-bly and equalizer tube. No orifice or any other metering device is to be used in conjunction with the TXV.Partial Case - Available to be used with CU coils in four widths. This option is intended for upflow applications where height lim-itations prevent the installation of full cased coils. The Partial Case design allows the top section of the indoor coil to be installed in the duct or plenum.Coil Casing Without Coil - Coilless Cases are available in four widths that can be installed with the furnace or modular air han-dler during initial installation. This option is available to allow the installer the flexibility to add the coil at a later date without duct modifications.LIST OF SECTIONSDESCRIPTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1 FEATURES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1 ACCESSORIES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 NOMENCLATURE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 DIMENSIONS - UC UNCASED COILS . . . . . . . . . . . . . . . . . . . . . . .3 DIMENSIONS - CF UPFLOW/DOWNFLOWFULL CASED COILS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3 DIMENSIONS - CM MULTI-POSITION FULL CASED COILS . . . . .4 COOLING CAPACITY - UPFLOW “N”TYPE COIL (COIL ONLY) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5 COOLING CAPACITY - FULL-CASED “N” AND “A”TYPE MULTI-POSITION COIL (COIL ONLY) . . . . . . . . . . . . . . . . . .7 COOLING CAPACITY - UNCASED UPFLOW “N”TYPE COIL (COIL ONLY) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .9 APPLICATION FACTOR-RATED CFM VS. ACTUAL CFM . . . . . .10 APPLICATION LIMITATIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . .10 STATIC PRESSURE VS. AIRFLOW BASED ON WET COIL - UPFLOW CASED “N” TYPE COIL . . . . . . . . . . . . . . . . . . . . . . . . .11 STATIC PRESSURE VS. AIRFLOW BASED ON WET COIL - CASED “N” AND “A”TYPE MULTI-POSITION COIL . . . . . . . . . .11 STATIC PRESSURE VS. AIRFLOW BASED ON WET COIL - UNCASED UPFLOW - “N” TYPE COIL . . . . . . . . . . . . . . . . . . . . .12 COIL TECHNICAL DATA - CASED UPFLOW/DOWNFLOW . . . . .13 COIL TECHNICAL DATA - FULL CASED “N” AND “A”TYPE MULTI-POSITION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .14 COIL TECHNICAL DATA - UNCASED UPFLOW - “N” TYPE . . . .15 AIR FLOW DATA - STATIC PRESSUREDROP FOR CU MODELS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .15 AIR FLOW DATA - STATIC PRESSUREDROP FOR CF MODELS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .16NOMENCLATURE2Johnson Controls Unitary ProductsJohnson Controls Unitary Products 3DIMENSIONS - CU UNCASED COILS1.All dimensions are in inches.2.Refrigerant line sizes may require larger lines for extended line lengths. See Application Data part number 247077.3.Adapter fitting must be field installed for other line set size.4.See outdoor unit technical guide for proper line set size.DIMENSIONS - CF UPFLOW/DOWNFLOW FULLCASED COILS1.Asterisk (*) denotes coil model is available as a flex coil or with factoryinstalled TXV.2.All dimensions are in inches.3.Refrigerant line sizes may require larger lines for extended line lengths. SeeApplication Data part number 247077.4.Adapter fitting must be field installed for other line set size.5.See outdoor unit technical guide for proper line set size.4Johnson Controls Unitary ProductsDIMENSIONS - CM MULTI-POSITION FULL CASED COILS1.(*) denotes coil model is available as a flex coil or with factory installedTXV.(#) denotes coils only available with factory mount EEV.(‡) denotes coils only available with flex coil or factory mount EEV.2.All dimensions are in inches.3.Refrigerant line sizes may require larger lines for extended line lengths.See Application Data part number 247077.4.Adapter fitting must be field installed for other line set size.5.See outdoor unit technical guide for proper line set size.COOLING CAPACITY - UPFLOW “N” TYPE COIL (COIL ONLY1)Johnson Controls Unitary Products5COOLING CAPACITY - UPFLOW “N” TYPE COIL (COIL ONLY1) (Continued)1.See Condensing Unit or Heat Pump Technical Guide for Total Cooling Capacity and Sensible Capacity.6Johnson Controls Unitary ProductsCOOLING CAPACITY - FULL-CASED “N” AND “A” TYPE MULTI-POSITION COIL (COIL ONLY1)Johnson Controls Unitary Products7COOLING CAPACITY - FULL-CASED “N” AND “A” TYPE MULTI-POSITION COIL (COIL ONLY1) (Continued)8Johnson Controls Unitary ProductsCOOLING CAPACITY - FULL-CASED “N” AND “A” TYPE MULTI-POSITION COIL (COIL ONLY1) (Continued)1.See Condensing Unit or Heat Pump Technical Guide for Total Cooling Capacity and Sensible Capacity.COOLING CAPACITY - UNCASED UPFLOW “N” TYPE COIL (COIL ONLY1)Johnson Controls Unitary Products9APPLICATION LIMITATIONSThese units must be installed in accordance with all nationaland local safety codes.Air flow must be within the minimum and maximum limitsapproved for electric heat, evaporator coils and outdoor units.1.See Condensing Unit or Heat Pump Technical Guide for Total Cooling Capacity and Sensible Capacity.COOLING CAPACITY - UNCASED UPFLOW “N” TYPE COIL (COIL ONLY1) (Continued)APPLICATION FACTOR-RATED CFM VS. ACTUALCFM10Johnson Controls Unitary ProductsSTATIC PRESSURE VS. AIRFLOW BASED ON WET COIL -UPFLOW CASED “N” TYPE COILSTATIC PRESSURE VS. AIRFLOW BASED ON WETCOIL - CASED N” AND “A”TYPE MULTI-POSITIONCOILSTATIC PRESSURE VS. AIRFLOWBASED ON WET COIL -UPFLOW CASED “N” TYPE COILJohnson Controls Unitary Products1112Johnson Controls Unitary ProductsSTATIC PRESSURE VS. AIRFLOW BASED ON WET COIL - CASED N” AND “A”TYPE MULTI-POSITION COIL (Continued)STATIC PRESSURE VS. AIRFLOW BASED ON WET COIL: UNCASED UPFLOW N-TYPE COILSTATIC PRESSURE VS. AIRFLOW BASED ON WET COIL - CASED N” AND “A”TYPE MULTI-POSITION COIL (Continued)Johnson Controls Unitary Products 13STATIC PRESSURE VS. AIRFLOW BASED ON WET COIL: UNCASED UPFLOW N-TYPE COIL (Continued)STATIC PRESSURE VS. AIRFLOW BASED ON WET COIL: UNCASED UPFLOW N-TYPE COIL (Continued)COIL TECHNICAL DATA 1 - CASED UPFLOW/DOWNFLOW1.Refer to the matching outdoor unit Technical Guide for correct TXV.COIL TECHNICAL DATA1 - FULL CASED “N” AND “A” TYPE MULTI-POSITION1.Refer to the matching outdoor unit Technical Guide for correct TXV.Note: CM coils supplied with a factory installed horizontal drain pan (H).14Johnson Controls Unitary ProductsCOIL TECHNICAL DATA1 - UNCASED UPFLOW - “N” TYPE1.Refer to the matching outdoor unit Technical Guide for correct TXV.AIR FLOW DATA - STATIC PRESSURE DROP FOR CU MODELS11.Dry coil conditions only, tested without filters.For optimal performance, external static pressures of 0.2" to 0.5" are recommended. Applications above 0.6" are not recommended.Johnson Controls Unitary Products15AIR FLOW DATA (CFM)11.Dry coil conditions only, tested without filters.For optimal performance, external static pressures of 0.2" to 0.5" are recommended. Applications above 0.5" are not recommended.16Johnson Controls Unitary ProductsAIR FLOW DATA (CFM)11.Dry coil conditions only, tested without filters.For optimal performance, external static pressures of 0.2" to 0.5" are recommended. Applications above 0.5" are not recommended.Johnson Controls Unitary Products17NOTESSubject to change without notice. Published in U.S.A.5462275-BTG-B-0718 Copyright © 2018 by Johnson Controls, Inc. All rights reserved. Supersedes: 5462275-BTG-A-0118York International Corp.5005 York DriveNorman, OK 73069。

重庆卓马发电机说明书一、产品概述重庆卓马发电机是一种高效可靠的发电设备，广泛应用于工业、农业、商业和家庭等各个领域。

本说明书将详细介绍该发电机的技术参数、使用方法、维护保养等内容。

二、技术参数1. 额定功率：根据不同型号的发电机，额定功率可在1000瓦至10000瓦之间调整。

2. 频率：50Hz或60Hz，以适应不同地区的电力供应标准。

3. 电压：通常为220V或380V，也可以根据客户需求进行定制。

4. 发动机型号：采用优质的柴油发动机，确保可靠性和稳定性。

5. 燃料消耗率：在额定负荷下，燃料消耗率通常为4-5升/小时，具体数值与发电机型号和负荷有关。

三、使用方法1. 安装：将发电机放置在通风良好、干燥平整的地面上，确保发电机与周围物体保持一定的距离，以便散热和维修。

2. 连接电源：将发电机的输出端与负载设备连接，确保连接牢固可靠，并遵循电气安全规范。

3. 启动：打开发电机的燃油阀门，并按下启动开关，待发动机启动后，逐步增加负荷，使其达到额定功率运行。

4. 运行监控：定期检查发电机的运行状态，包括燃油消耗率、水温、油压等参数，确保发电机正常运行。

5. 关机：在停止使用前，先将负载设备断开，然后关闭发电机的燃油阀门和电源开关。

四、维护保养1. 定期更换机油和机滤：根据使用频率和环境条件，定期更换机油和机滤，保持发动机的正常润滑和清洁。

2. 清洁散热器：定期清洁发电机的散热器，防止灰尘和杂物堆积，影响散热效果。

3. 检查电缆连接：定期检查发电机的电缆连接是否松动或生锈，及时处理，确保电气连接良好。

4. 防止长时间闲置：如长时间不使用发电机，应定期启动并运行一段时间，以保持发动机的正常工作状态。

5. 定期维修：建议定期将发电机送至专业维修机构进行全面检修和保养，确保发电机的长期可靠运行。

五、注意事项1. 请勿在不通风的室内使用发电机，以免产生有害气体危害人体健康。

2. 使用发电机时，请确保电源开关处于关闭状态，以免发电机启动时对设备和人员造成伤害。

MORE POWERSame size, more powerDC INVERTERMaximum comfort with the lowest consumption.AIR MODULATED FLOW QUIET OPERATIONFilomuro XLThe wall-mounted fancoil with extra powerP. 103P. 104FANCOILFILOMURO XLDC Inverter fan coil for high wall installation.Condensate collection tray already prepared.Hydraulic connections: Eurokonus 3/4 ".With touchpad and remote controlWall installation with autonomous electronic control on the machine and remote control.DC InverterFAWL08DC1II0Q00SW XL 800Total output in cooling: 3,12 kW Output in heating: 3,45 kW Hydraulic connections: 3/4 “ EKFor connection with remote controls Modulating speed DC InverterWall installation with electronic card with continuous modulation for connection to wall control EDA649II / EDB649II (to be ordered separately)FAWL08DC1II0P00SW XL 800Total output in cooling: 3,12 kW Output in heating: 3,45 kW Hydraulic connections: 3/4 “ EKFor connection with remote controls Fixed speeds DC InverterWall installation with electronic board for connection to standard 4 thermostats speed.FAWL08DC1II0T00SW XL 800Total output in cooling: 3,12 kW Output in heating: 3,45 kW Hydraulic connections: 3/4 “ EKFor 0-10 V connection Modulating speed DC Inverterwall installation with electronic card for 0-10 V interface.FAWL08DC1II0V00SW XL 800Total output in cooling: 3,12 kW Output in heating: 3,45 kW Hydraulic connections: 3/4 “ EKThe prices refer to the appliance without accessories and water valves. The 2-way and 3-way water valves are mandatory for the correct operation of the appliance.On request, the fan coils can be supplied with some accessories fitted in the factory (see notes in the Accessories paragraphs) without any further charge for assembly.The SLWXL models are produced with hydraulic connection on the RIGHT: for the versions with hydraulic connections on the LEFT (available on all models) the seventh letter of the code is S (specify in the order). To the total price must be added the article BB0646II, that is the attachment shifting kit, which can only be assembled in the factory.P. 105ACCESSORY DESCRIPTION CODECONTROLS FOR CONTROLLOAMUROCONTROLSSMART TOUCH wall-mounted control panel withthermostat and ambient probe. Black colour EDA649IISMART TOUCH wall-mounted control panel withthermostat and ambient probe. White color EDB649IISMART TOUCH electronic wall control panel withEWG649IIthermostat and room probe with integrated WiFi module,InnovAPP. Black colourSMART TOUCH electronic wall control panel withEWW649II thermostat and room probe with integrated WiFi module,InnovAPP. White colorNETWORK COMMANDSELECTRONIC BOARDCentralized electronic card for remote control (WebServer BUTLER)ESW544II STANDARD CONTROLS FOR CONTROLLOAMUROCONTROLSWall control with thermostat, summer / winter selectorand speed selector B3V151IIWall control with thermostat, summer / winter selectorand speed selector B3V152IICONTROLS AND ELECTRONIC BOARDSMOTOR CONNECTION FOR HYDRAULIC CONNECTIONSHydraulic connection inversion kit BB0646II (1) (1) Accessory installed and tested at the factoryP. 106ACCESSORY DESCRIPTION CODEP. 107FILOMURO XLModelli u.m.800(1) Coil inlet water temperature 7 ° C / Coil outlet water temperature 12 ° C / Ambient air temperature 27 ° C bs and 19 ° C bu (according to EN 1397)(2) Water temperature 7/12 ° C, air temperature 27 ° C BS and 19 ° C BU according to EN1397(3) Water temperature in coil inlet 45740 ° C / Ambient air temperature 20 ° C bs and 15 ° C bu (according to EN 1397)(4) Water temperature 40/45 ° C, air temperature 20 ° C DB and 15 ° C BU according to EN 1397(5) Air flow measured with clean filters(6) Sound pressure measured at a distance of 1 m according to ISO 7779。

目录第一章简介 (1)1.1 PMC-530前后面板示意图 (1)1.2 功能介绍 (1)1.2.1 高性能的电力测控智能装置 (1)1.2.2 输入和输出 (2)1.2.3 三相电力监视功能 (2)1.2.4 独特友好的用户界面 (2)1.2.5 报警、定值越限系统 (3)1.2.6 远程通信和联网功能 (3)1.3 系统应用 (3)第二章安装 (4)2.1 安装 (4)2.1.1 环境 (4)2.1.2 安装位置 (4)2.1.3 带显示面板的P M C-530的外观尺寸及安装开孔尺寸 (4)2.1.4 不带显示面板的P M C-530-T R A N的外观尺寸及安装开孔尺寸 (5)2.2 端子接线 (5)2.3 工作电源 (5)2.4 接地线的连接 (5)2.5 电压电流输入接线 (6)2.5.1 三相电压输入（V A、V B、V C、V N） (6)2.5.2 三相电流输入（I A、I B、I C） (6)2.5.3 P T和C T的接线 (7)2.5.4 电压参考点的连接 (7)2.5.5 三相星形系统的接线 (7)2.5.6 三相三角形系统的接线 (11)2.6 通信接线 (12)2.7 继电器的应用 (12)2.8 开关量输入的应用 (12)第三章基本操作 (03)3.1 简介 (13)3.2 开机 (13)3.3 显示模式 (13)3.3.1 面板显示 (13)3.3.2 面板按键 (13)3.3.3 参数说明 (19)3.4 工作方式设置 (20)3.4.1 简介 (20)3.4.2 进入/退出整定模式 (20)3.4.3 整定模式下各键的功能 (20)3.4.4 改变口令 (20)3.4.5 参数设置 (21)3.5 基本系统参数设置 (22)3.6 继电器输出（OUT1～OUT2） (23)3.7 开关量输入IN1～IN4 (23)第四章PMC-530技术指标 (04)4.1 精度指标 (24)4.2 三相交流电压输入（VA、VB、VC、VN） (24)4.3 三相交流电流输入（IA、IB、IC） (25)4.4 光电隔离开关量输入（IN1～IN4、COM） (26)4.5 继电器输出（OUT1、OUT2、OUT3、OUT4） (26)4.6 隔离通信接口 (27)4.7 工作电源（POWER） (27)4.8 工作环境 (27)第五章PMC-530配置说明 (27)5.1 基本配置 (27)5.2 可选配置 (27)5.3 标准配置 (27)5.4 配置举例 (28)5.5 通信参数 (28)第一章简介1.1 PMC-530前后面板示意图图1.1.1 带显示的PMC-530电力测控智能仪表前面板图图1.1.2 PMC-530电力测控智能仪表后面板图1.2 功能介绍1.2.1 高性能的电力测控智能装置PMC-530是一种数字式三相电力测控智能装置，直接针对一回线路设计，能够完成一回线路的监控功能，广泛用于工业、商业、民用电力系统和变电站中。

COMPRESORES SCROLLSF 1-6 (1,5-5,5 kW/2-7,5 CV) / SF+ 2-22 (2,2-22 kW/3-30 CV)AIRE PURO Y EXENTO DE ACEITEAl no existir ningún contacto de metal con metal entre las espirales de compresión, no hay necesidad de lubricación con aceite en la cámara de compresión. De este modo, el principio de compresión scroll garantiza un aire de alta calidad exento de aceite. En otras palabras, el compresor SF es exento de aceite en todos los sentidos.EFICIENCIA ENERGÉTICALos compresores scroll SF, equipados de serie con motores IE3 de alto rendimiento, resultan ideales para aplicaciones sensibles que requieren flexibilidad y eficiencia energética. El sencillo control de arranque/parada permite eliminar el consumo de energía en descarga. La avanzada tecnología scroll garantiza un aire libre suministrado óptimo para ciclos de trabajo cortos.NIVEL SONORO EXTRAORDINARIAMENTE BAJOLa reducida velocidad de los elementos de compresión scroll garantiza que los compresores scroll SF sean extremadamente silenciosos. Con unos niveles sonoros de tan solo 53 dB(a),los SF son la opción perfecta para entornos de trabajo sensibles.SEN CILLEZ Y FIABILIDADLos compresores scroll SF destacan por su sencillez y fiabilidad. Incorporan un número mínimo de piezas móviles, lo que garantiza una prolongada vida útil con unas limitadas intervenciones de servicio. Gracias a su diseño integrado,los compresores scroll ocupan un espacio mínimo y ofrecen una gran sencillez de mantenimiento.TRANQUILIDAD DEMOSTRADAGracias a su dilatada experiencia y continuas innovaciones tecnológicas, Atlas Copco es líder de la industria en tecnología de aire comprimido exento de aceite desde hace más de sesenta años. Puede sentirse tranquilo en todo momento: se llevan a cabo estrictos procedimientos de certificación y prueba para garantizar que el aire suministrado cumpla las normas másexigentes de control de calidad.110438296Depósito integradoSolución lista para usar, menores costes de instalación gracias a las opcionesde instalación sobre depósito de 30, 270 y 500 litros.7Elektronikon® (SF+)Las funciones de monitorización incluyen indicaciones de aviso, programas demantenimiento y visualización en línea de las condiciones de funcionamiento.8Diseño innovadorLa nueva configuración compacta vertical permite un fácil acceso para laslabores de mantenimiento, mejora la refrigeración, lo que se traduce en unasmenores temperaturas de trabajo, y amortigua las vibraciones.9SF-Skid/T• Se pueden instalar en el punto de usoo integrar en una red de aire existente:diseñado pensando en la sencillez.Refrigerador y tuberías• Un refrigerador sobredimensionadomejora el rendimiento de la unidad.• El uso de tuberías de aluminio y la válvulaantirretorno vertical sobredimensionadamejoran la fiabilidad durante toda la vidaútil de la unidad y garantizan una altacalidad del aire comprimido.10Filtro de aspiración de aireFiltro de aspiración de aire con cartucho de papel de gran rendimientoque elimina polvo y partículas de hasta 1 µm.1Regulación automáticaParada automática cuando se alcanza la presión de trabajo requerida,con lo que se evitan costes de energía innecesarios.2Elemento scroll dealta eficienciaElemento de compresión scroll refrigerado por aireque ofrece una durabilidad y fiabilidad demostradas,además de una extraordinaria eficiencia.Motor IP55 Clase F/IE3Motor IP55 Clase F refrigerado por aire totalmente cerradoque cumple las normas IE3 y Nema de alta eficiencia.Secador frigoríficoSecador frigorífico integrado, compacto y optimizadoque garantiza un suministro de aire seco, evitando asíóxido y corrosión en su red de aire comprimido.5Carrocería silenciosaCarrocería insonorizada que limita los niveles sonoros a sólo 53 dB(A), lo quepermite instalar la unidad cerca del punto de uso.6452381Elemento scroll de altaeficienciaElementos de compresión scroll refrigerados poraire con variantes de 8 y 10 bares que ofrecenuna durabilidad y fiabilidad demostradas,además de una extraordinaria eficiencia.3T ubos y refrigerador optimizadosEl refrigerador de aire está ajustado para un rendimiento mejorado,mientras que el uso de tubos de aluminio y acero inoxidable mejorala fiabilidad durante la vida útil y garantiza una alta calidad delaire comprimido.cumplen las normas IE3 de alta eficiencia.Diseño inteligenteIncreíble diseño de fácil manejo centrado en un funcionamientoseguro y una sencillez de las tareas de servicio.8Secador frigoríficoSecador frigorífico integrado, compacto yoptimizado que garantiza un suministro de aireseco, evitando así óxido y corrosión en la red deaire comprimido instalada.4SF Duplex• Configuración duplex con dosarmarios, uno/dos módulosprincipales y uno/dos módulosde reserva.• Elektronikon® regula cada juegode módulos compresoresmediante un sistema de controlcentral integrado.• Alojado enunacarrocería insonorizada.Carrocería silenciosaGracias al elemento scroll con bajo nivel sonor, el ventiladoroptimizado super silencioso y la carrocería con aislamientosonoro, se consiguen los mejores niveles de ruido posibles.5123456784 módulos3 módulos2 módulos1 móduloTECNOLOGÍA SCROLL AVANZADALa eficiencia sólida es una ventaja distintiva de la serie Atlas Copco SF , gracias a su exclusivo principio de trabajo de tecnología scroll. La compresión del aire se realiza por la interacción de una espiral fija y otra móvil. El aire a la presión de aspiración entra en la cámara de compresión en el lado exterior del elemento scroll. Una vez aspirado el aire, la espiral móvil obtura la lumbrera de aspiración. A medida que la espiral continúa su giro, el aire se comprime progresivamente en un volumen cada vez más pequeño. Del elemento scroll sale un flujo continuo de aire comprimido, a través de una lumbrera de descarga en el centro de la espiral fija. Este proceso se repite continuamente, generando un suministro de aire comprimido sin pulsaciones.T ecnología de caudal variable (VFT)Todos los compresores multiscroll SF + 8-22 están equipadas con el exclusivo sistema de control VFT , que proporciona la máxima flexibilidad para el suministro de aire. El sistema VFT , incluido en el controlador Elektronikon ®, arranca y detiene de forma automática los elementos scroll paraadaptarse exactamente a las demandas del sistema de aire comprimido. El algoritmo de control del Elektronikon ® garantiza que lapresión del sistema permanezca dentro de una banda muy estrecha.Compresores WorkPlace Air System™: el sonido del silencioLos compresores WorkPlace Air System™ de Atlas Copco son mucho más que compresores de aire silenciosos con equipo detratamiento del aire integrado. Para ayudarle a ahorrar energía y costes, están diseñados para proporcionar la más eficaz fuente de aire comprimido en un entorno de producción.Ventilador de refrigeración Cámara de aspiración Lumbrera de aspiración Lumbrera de descarga Espiral fija Espiral móvilSensor de temperatura a prueba de fallos para proteger la unidad Cámara de compresión12345678Clases ISO 8573-1(2010) actuales (las cinco clases principales y la concentración máxima asociada en contenido de aceite total).CLASE 0: LA NORMA DE LA INDUSTRIAEl aire exento de aceite se emplea en todo tipo de industrias donde la calidad del aire es vital para el producto final y para el proceso de producción. Estas aplicaciones incluyen la elaboración de alimentos y bebidas, fabricación de productos farmacéuticos, procesos químicos y petroquímicos, fermentación, tratamiento de aguas residuales,transporte neumático, fabricación de textiles no tejidos y muchas más. En estos ambientes críticos, la contaminación, incluso por mínimas cantidades de aceite, puede dar lugar a costosos tiempos de parada de la producción y deterioro del producto, lo que se traducirá en llamadas a revisión y pérdida de reputación.Los primeros en tecnología de aire exento de aceiteDurante los últimos sesenta años, Atlas Copco ha capitaneado eldesarrollo de la tecnología de aire exento de aceite, creando una gama de compresores y soplantes que suministran aire puro 100% exento de aceite. Mediante una investigación y desarrollo continuos, Atlas Copco marcó un nuevo hito al establecer las pautas sobre pureza del aire como primer fabricante en recibir la certificación ISO 8573-1 Clase 0.Eliminando cualquier riesgoComo líder del sector comprometido a dar respuesta a las necesidades de los clientes más exigentes, Atlas Copco solicitó al prestigioso instituto T ÜV que realizase una prueba de tipo de su gama de compresores y soplantes exentos de aceite. Empleando lasmetodologías de ensayo más rigurosas, se midieron todas las formas posibles de aceite en un rango de temperaturas y presiones. T ÜV no encontró absolutamente rastro alguno de aceite en el flujo de aire de salida. De este modo, Atlas Copco fue el primer fabricante de compresores y soplantes que recibió la certificación de Clase 0, de acuerdo con las especificaciones ISO 8573-1 Clase 0, ed. 3, 2010.Monitorización y controlEl regulador Elektronikon ® de última generación ofrece una amplia variedad de funciones de control ymonitorización que le permiten mejorar la eficiencia y fiabilidad de su compresor. Para optimizar la eficiencia energética, el Elektronikon ® controla el motor de accionamiento principal y regula la presión del sistema con una banda de presión estrecha y predefinida. Los SF + 2-6 están equipados con un controlador Elektronikon ®, mientras que los SF + 8-22 vienen con el avanzado Elektronikon ® Graphic.Mayor sencillez de uso• Pantalla de 3,5" en color de alta definición con unos pictogramas claros y un cuarto indicador LED extra para servicio.• Display gráfico de los parámetros clave (día, semana, mes) y 32 ajustes de idioma.• Visualización de los compresores basada en Internet mediante una sencilla conexión Ethernet.• Indicación gráfica del plan de servicio, control remoto y funciones de conectividad.• Actualización de software disponible para controlar hasta 6 compresores instalando el controlador integrado opcional.DIMENSIONESLAHL AHL AHL AH•: Opcional- : No disponibleESPECIFICACIONES TÉCNICAS* Rendimiento de la unidad medido de acuerdo con ISO 1217, anexo C, última edición.** Nivel sonoro medio medido a una distancia de 1 m de acuerdo con ISO 2151; tolerancia 3 dB(a).En la tabla se muestra el peso de las unidades Pack y las unidades montadas sobre bancada.COMPROMETIDOS CON UNA PRODUCTIVIDAD RESPONSABLESomos conscientes de las responsabilidades que tenemos con nuestros clientes, el medio ambiente y las personas que nos rodean. Nuestra labor resiste el paso del tiempo. Esto es lo que llamamos Productividad Responsable./sf2935 4844 48 © 2014, A t l a s C o p c o A i r p o w e r N V , B él g i c a . R e s e r v a d o s t o L e a t o d a s l a s i n s t r u c c i o n e s d e s e g u r i d a d d e l m a n u a l a n t e s d e l u s o .。

MG100-TP型采煤机使用说明书1.产品特点1．1本机采用“三股道”的采煤工作方式，全机身爬在底板上，对运输、支护等配套设备的要求不高。

以该机为主组成的普通机械化设备费用较低。

1．2该机本身带有装煤机构，由螺旋滚筒从煤壁上切割下的煤，通过装煤机构等配套转载到工作面输送机上，装煤效果良好。

1．3电动机功率大，机身强度好，能割较硬的和带有薄层夹矸的煤层。

1．4机身短、机身的厚度是国内生产的同功率采煤机中最薄的，采高也是最低的。

1．5操纵手把，按纽集中，便于操作。

1．6牵引力大，液压牵引系统可靠、液压元件性能好，易于维护保养，特别适合在中小型煤矿使用。

2．用途及适用范围2．1本采煤机是用于缓倾斜长壁回采工作面。

它多用于厚度为0.5-0.8顶板中等稳定，煤质中硬（f=2-3）.倾角小于150,当倾角大于150时,机器要设防滑装置.它可在普采工作面中与刮板运输机,单体液压支柱配套使用。

2．2型号的组成及其代表的意义M------采煤机G--------滚筒式100----电机100kwT-------单滚筒P-----------爬底板3．结构与工作原理3．1它由牵引部、电动部、截装部以及导向、防尘、底托板等附件组成。

采用侧面固定单滚筒。

锚链牵引，沿煤层倾斜爬底板穿梭割煤，煤沿螺旋滚筒输入装煤部，装煤部转入工作面运输机。

工作面用刮板运输机，金属摩擦支柱或单体液压支柱配套。

3．2电动机为两端偏心130出轴，分别传动牵引部。

牵引部为液压传动，电动机通过齿轮联轴器将动力传动到1轴，1轴齿轮同时带动辅助泵及主油泵齿轮，辅助泵，主油泵开始供油，主油泵与马达形成闭合回路。

将机械能转为压力能，通过三级减速，主链轮转动，沿着牵引链爬行，从而实现了采煤机的牵引。

电机的另一端通过一对齿轮联轴器到1轴，再经过一对弧伞齿，三对直齿迂回传动到螺旋滚筒大轴，大轴转动，带动螺旋实现割煤，大轴轴端通过一对直伞齿到装煤部链轮，从而实现转载煤。

山特C10KS 山特TG500 山特k500 pro 山特mt500参考资料：山特C10KS说明书C6K-20K系列点击下载目录1、简介———————————————————–11.1 符号说明——————————————————-11.2 前视图———————————————————21.3 后视图———————————————————21.4 产品规格——————————————————-42、安装———————————————————–62.1 拆包检查——————————————————-62.2 配线表———————————————————62.3 UPS连接——————————————————-72.4 CASTLE 长延时机型外接电池的安装——————————–82.5 连接到计算机接口———————————————–92.6 并机卡（选件）————————————————-92.7 智能卡的安装—————————————————132.8 EPO———————————————————-142.9 维护开关——————————————————-152.10 防尘网（选件）————————————————162.11 隔离变压器箱（选件）——————————————-163、控制面板——————————————————–174、操作———————————————————–184.1 开机———————————————————–184.2 关机———————————————————–195、电池维护与保养—————————————————206、维护————————————————————207、面板灯号显示与工作状态对应表————————————–22山特ups说明书K500-K1000-pro系列山特ups说明书K500-K&1000-pro系列点击下载山特ups说明书TG系列山特ups说明书TG系列点击下载山特ups说明书Mt-pro系列山特ups说明书Mt-pro系列点击下载。

Make Fits Application Page Engine Details John Deere H Tractor | HN Tractor | HNH Tractor | HWH Tractor JD-100-A100 > Horizontal EngineJohn Deere 320 Tractor | M Tractor | MC Crawler/Crawler Loader | MITractor | MT TractorJD-100-B100 > Vertical Engine, 2.250" RodJournal DiameterJohn Deere 320 Tractor | 330 Tractor | 40 Crawler/Crawler Loader | 40TractorJD-100-C100 > Vertical Engine, 2.500" RodJournal DiameterJohn Deere 420 Crawler/Crawler Loader | 420 Tractor | 430Crawler/Crawler Loader | 430 Tractor | 440Crawler/Crawler Loader | 440 Wheel TractorJD-113-A113 > Vertical EngineJohn Deere 1010 | 215 | 215A | 323 | 40 | 600 | 700 | EA115G | EB115G |HA115G | HB115G | NA115GJD-115-A115 > Liner Plate EngineJohn Deere 1020 Tractor | 215A Windrower/Swather | 600 Sprayer | 700Sprayer | 734 Sprayer | 880 Windrower/Swather | JD135GIndustrial/Power Unit | JD300 Wheel Tractor | JD350Crawler/Crawler LoaderJD-135-A135 > Early, No O-Ring Grooves inBlockJohn Deere 1020 | 135G | 215A | 300 | 300B | 301 | 301A | 350 | 350B |380 | 600 | 600A | 700 | 734 | 880JD-135-B135 > Late, O-Ring Grooves in Block,Blk # T32352John Deere2010 Crawler/Crawler Loader | 2010 Tractor | 215Windrower/Swather | 215A Windrower/Swather | EA145GIndustrial/Power Unit | EB145G Industrial/Power Unit |HC145G Industrial/Power Unit | HD145G Industrial/PowerUnitJD-145-C145 > Mid & Late Engines with LinerPlate, 2.250" Piston CompressionDistanceJohn Deere B Tractor | BO Tractor | BR Tractor JD-149-A145 >John Deere1520 Tractor | JD164G Industrial/Power Unit JD-164-A 164 > Early, No O-Ring Grooves In Block, Blk # R55110John Deere 1520 Tractor | 302 Wheel Loader | 302A Backhoe/BackhoeLoader | JD164G Industrial/Power Unit | JD310Backhoe/Backhoe LoaderJD-164-B164 > Late, O-Ring Grooves In Block,Blk # R72966, T32339, T32347John Deere 111 Peanut Combine | 45 Combine | JD165GIndustrial/Power UnitJD-165-A HA165G / HB165G >John Deere B Tractor | BI Tractor | BO Tractor | BR Tractor JD-175-A175 > 1.230" Pin Diameter John Deere B Tractor JD-175-B175 > 1.417" Pin DiameterJohn Deere2020 Tractor | 2510 Tractor | 45 Combine | 880Windrower/Swather | JD180G Industrial/Power Unit |JD400 Wheel Tractor | JD440 Logging Equipment | JD450Crawler/Crawler Loader | JD480 ForkliftJD-180-A180 > Early, Blk # T23405, T24960,T26932, No O-Ring Grooves In BlockJohn Deere2020 Tractor | 2510 Tractor | 45 Combine | 880Windrower/Swather | JD180G Industrial/Power Unit |JD400 Wheel Tractor | JD401 Wheel Tractor | JD450Crawler/Crawler Loader | JD480 Forklift | JD480A ForkliftJD-180-B180 > Late, Blk # T32349, T72981, O-Ring Grooves In BlockJohn Deere B Tractor JD-190-A 190 > 9 Stud Head, 4.250" Compression DistanceJohn Deere50 Tractor JD-190-B 190 > Spark Plugs In Block, 4.250"John Deere Gas Engine Reference GuideTo use this John Deere Gas Engine Reference, locate your model of equipment or Engine and click on the text. Clicking on the text will take you to the Catalog Page of Parts for Sale for your specific Engine. You can also use the search feature within this program. For other manufacturer's EngineReference, click the logo at the top.John Deere520 Tractor | 530 Tractor JD-190-C 190 > Spark Plugs In Head, 3.776"Compression DistanceJohn Deere3010 Tractor | 3010 Wheel Tractor | JD500 Wheel Tractor JD-201-A201 > Blk # R26150, Has Weep HolesJohn Deere 2520 Tractor | 3300 Combine | JD202G Industrial/PowerUnitJD-202-A202 > Early, Blk # T28746, Thru Serial# 157353, No O-Ring Grooves InBlockJohn Deere 2520 Tractor | 3300 Combine | 410 Backhoe/BackhoeLoader | JD202G Industrial/Power UnitJD-202-B202 > Late, Blk # T32348, After Serial# 157353, O-Ring Grooves In BlockJohn Deere 55 Combine | 65 Combine | 95 Combine | 95H Combine |JD217G Industrial/Power UnitJD-217-AEA217G / NA217G / TA217G / HA217G/ HB217G / HC217G / HD217G > Serial# Thru 40000 without Liner PlateJohn Deere 55 Combine | 65 Combine | 95H Combine | 95LL Combine |JD217G Industrial/Power UnitJD-217-CHE217G / HE217L / HG217G / NB217G/ NB217L > Serial # After 40000 withLiner PlateJohn Deere2030 Tractor | 3300 Combine | 401B Wheel Loader | 401CBackhoe/Backhoe Loader | 410 Backhoe/Backhoe Loader |482 Cotton Picker/Stripper | 499 Cotton Picker/Stripper |JD219G Industrial/Power Unit | JD480B ForkliftJD-219-B219 > Block # T32348, O-RingGrooves In Block, 7.720" OAL LinersJohn Deere 3020 Tractor | JD500 Wheel Tractor | JD500ABackhoe/Backhoe LoaderJD-227-A227 > Block # R33190, R40840, HasWeep HolesJohn Deere 3020 Tractor | JD500 Wheel Tractor | JD500ABackhoe/Backhoe LoaderJD-227-C227 > Replacement Block # R40920,R49540John Deere3020 Tractor | 500C Backhoe/Backhoe Loader | 510Backhoe/Backhoe Loader | JD500A Backhoe/BackhoeLoader | JD500B Backhoe/Backhoe LoaderJD-241-A4241 > Block # R40690, R49510John Deere 105 Combine | 95 Combine | 95H Combine | JD248GIndustrial/Power UnitJD-248-ABA248G / HA248G / HB248G / HB248L>John Deere4010 Tractor | 4010 Wheel Tractor JD-301-A 301 > Block # R26060, Has WeepHolesJohn Deere620 Tractor | 630 Tractor JD-303-A 303 > Spark Plugs In Head, 6.375"StrokeJohn Deere 55 Combine | 6600 Combine | 699 Cotton Picker/Stripper |95H Combine | 95LL Combine | JD303G Industrial/PowerUnitJD-303-B303 > Thru Serial # 157228, Blk #T24967, No O-Ring Grooves in BlockJohn Deere 4030 Tractor | 55 Combine | 6600 Combine | 699 CottonPicker/Stripper | 95H Combine | 95LL Combine | JD303GIndustrial/Power UnitJD-303-C303 > After Serial # 157228, Blk #T32346, R55036, R55351, R79280, O-Ring Grooves in BlockJohn Deere A Tractor | AO Tractor | AR Tractor JD-309-A309 >John Deere A Tractor | AO Tractor | AR Tractor JD-321-A 321 > Original Cast Iron Piston Compression Distance - 4.828"John Deere A Tractor | AO Tractor | AR Tractor JD-321-B321 > 5.625" Compression DistanceJohn Deere60 Tractor JD-321-C321 > Spark Plugs In Block, 6.750" Stroke, 5.625" Compression DistanceJohn Deere 499 Cotton Picker/Stripper | 6600 Combine | 699 CottonPicker/Stripper | JD329G Industrial/Power UnitJD-329-A329 > Thru Serial # 163736, No O-Ring Grooves In BlockJohn Deere 482 Cotton Picker/Stripper | 499 Cotton Picker/Stripper |6600 Combine | 699 Cotton Picker/Stripper | JD329GIndustrial/Power UnitJD-329-B329 > After Serial # 163736, No O-Ring Grooves In Block, Blk #T32346,R55351John Deere105 Combine | 4020 Tractor | JD600 Wheel Tractor JD-341-A341 > Block # R33170, R34330, R40017, R40860, R40870, R40880,Has Weep HolesJohn Deere105 Combine | 4020 Tractor | JD600 Wheel Tractor JD-341-C 341 > Replacement Block # R40940, R49550, R49560, R41220John Deere720 Tractor | 730 Tractor JD-360-A360 >John Deere 105 Combine | 4000 Tractor | 4020 Tractor | 4230 Tractor |6602 Combine | 7700 Combine | JD362G Industrial/PowerUnit | JD600 Wheel TractorJD-362-A6362 > Block # R40670, R40680,R49520, R49530John Deere70 Tractor JD-379-A 379 > 10 Stud Head, Compression Distance: 4.375" Gas / 4.734" LPGJohn Deere G Tractor JD-412-A412 > 5.000" Compression Distance John Deere G Tractor JD-412-B412 > 5.906" Compression Distance John Deere70 Tractor JD-412-C412 > All Fuel EngineJohn Deere 6068HFN50 Powertech Industrial/Power Unit | 6068HFN51Powertech Industrial/Power UnitJD-414-O6068HFN Powertech > Piston Code4811; # RE60234; 1.625" PinJohn Deere6076AFN Industrial/Power Unit JD-466-N6076AFN > Natural Gas, Aftercooled John Deere6081HFN Industrial/Power Unit JD-496-N6081HFN> Natural Gas, Aftercooled John Deere D Tractor JD-501-A501 > 1927-1953John Deere 12A Combine | LA Tractor | LUC Industrial/Power Unit |LUH Industrial/Power UnitJD-77-A77 > Vertical Flat Head。

GLC/GW-100MANUAL▪INSTALLATION▪SERVICE▪PARTSREV.1.03800-854-6417 F A X714-895-2141C M AD I S H M A C H I NE S12700K N O T T S T R E E T GARDEN GROVE, CALIFORNIA 92841 Owner’s ManualT ABLE OF C ONTENTSM ODEL GLC/GW-1001.RECEIVING (2)2.SPECIFICATIONS (3)2.1.GLC (3)2.2.GW-100 (4)3.INSTALLATION (5)3.1.E LECTRICAL (5)3.2.P LUMBING (5)4.OPERATION (6)4.1.F ILLING OF THE W ASH T ANK (6)4.2.O PERATION I NSTRUCTIONS (6)4.2.1. Proper Chemical Dosage (6)4.3.C LEANING I NSTRUCTIONS (7)4.3.1. Highly Recommended Daily Cleaning Instructions (7)4.3.2. Weekly Cleaning Instructions (7)5.TROUBLESHOOTING (8)6.PARTS MANUAL (10)6.1.GLC I NITIAL P ARTS K IT P/N 1100.47 (10)6.2.GW-100I NITIAL P ARTS K IT P/N 1100.49 (11)6.3.E XPLODED V IEW D RAWINGS (12)6.2.1. Main Assembly (12)6.2.2. Conveyor Wheel / Curtain (13)6.2.3. Conveyor Shut-Off Rod Assembly (14)6.2.6. GLC Control Box Assembly P/N 18611.48 (15)6.2.4. GLC Control Box Assembly P/N 18612.49 (16)6.2.5. GW-100 Control Box Assembly P/N 18611.47 (17)6.2.5. Soap Tank Assembly (18)6.2.6. Water Inlet Plumbing (19)6.2.7. Sanitizer Plumbing Component Hardware (20)6.2.8. Vacuum Breaker and Hardware (21)6.2.9. Wash Pump Assembly (22)6.2.10. Conveyor Drive Assembly (23)6.2.11. Waste Collector Assy. P/N 16565.00 (24)7.GLC ELECTRICAL DIAGRAM (25)8.GW-100 ELECTRICAL DIAGRAM (26)Receiving1. Receiving1. Remove all packing material from the machine.2. Remove all tape securing components within the machine. Check that both trays arepositioned properly.3. Check for the following component parts:A. Check that the rinse screen is secure in the rinse drain.B. Check the position of the GLC curtains.C. Check that the conveyor is level and the drive gear is engaged in the c onveyor’souter rim grooves.D. Important: Check and remove overflow drain tube, which is secured to the front ofthe scrap tank, behind the access door. Place it in position in soap tank.E. Check that the screen in the detergent tank is in position.F. Check that the drain screen is in position.4. Important: Read all instructions completely.DISCLAIMERSCMA expressly disclaims any and all warranties, express or implied, relating to the installation of any and all CMA equipment that is installed by chemical dealers, contracted servicers or third partyservicers to CMA equipment. If the installation instructions are not followed exactly (to the letter), or, if any person or company conducting the installation of the CMA equipment, revise theinstallation procedures or alter the instructions in any manner, the CMA warranty becomes void. If, due to the improper installation of CMA equipment, this equipment ceases to operate properly oraffects other parts of the CMA dishwashing equipment, in that the other parts become defective, the CMA warranty becomes void. CMA will not be liable or responsible or warrant CMA equipment,due to improper installation of any CMA model dishwasher.CMA does NOT endorse “Tankless On-Demand” water heaters for use on CMA Dis hmachine products. On most applications, the volume of hot water required for commercial dishmachines exceeds the capacity of these types of heating sources. You will findthat most, if not all, commercial dishmachines have been programmed with auto-filling features that require quick filling, with a designated limited time.CMA DOES endorse, and highly recommends, the standard “tank” style water heaters, sized properly to handle each particular facility with their water heating requirements. A “tank” s tyle water heater stores and supplies a large capacity of preheated water before providing hot water to the dishmachine. To meet required health codes, there must be a reliable and consistent flow of adequate hot water supplied to the dishmachine. If the facilities’ “tank” style water heater is marginal in size, CMA recommends installing a proper size Hatco Booster Heater, a CMA’s E-Temp 40 or 70-degree-rise Booster Heater (that can be installed on CMA Conveyors), or a CMA Temp-Sure Booster Heater (for door and undercounter dishmachines). All are designed to adequately achieve results.2.1. GLC2.2. GW-1003.1. Electrical*GLC - a 20 Amp, 208-240 Volt, 60 Hz dedicated circuit should be used to supply electrical power to the GL-C machine (see specification sheet page 3). The power connection with the leads L-1, L-2 and Ground must be such that there is sufficient length of flexible conduit to permit the machine to be moved for cleaning. This machine operates from 208 to 240 Volts.GW-100 - a 15 Amp, 120 Volt, 60 Hz dedicated circuit should be used to supply electrical power to the GW-100 machine (see specification sheet page 3). The power connection with the leads L-1, L-2 (N) and Ground must be such that there is sufficient length of flexible conduit to permit the machine to be moved for cleaning.3.2. Plumbing*Making Cold Water Connection1. Connect a cold 1/2” water line to the cold water solenoid valve and inspect for leaks. Water flow pressureshould be between 20-100 PSI.2. Cold water usage is approximately 2.8 U.S. gpm.3. Machine is equipped with a mixing valve located between hot and cold solenoid valves. Open untiltemperature reaches 75︒F for areas with very cold rinse water to heat the rinse water which will preventglasses from cracking.Making Hot Water Connection1. Connect a hot 1/2” water line to the hot water soleno id valve. The temperature must be minimum 140︒F/60︒Cwith flow pressure between 20-100 PSI.2. Hot water usage is approximately 12 U.S. gph.Making Drain Connection1. Connect a 1-1/2” PVC drain line to the bottom of the scrap tank (note: machine is gravity drai n)*Electrical and plumbing connections must be made by a qualified person who will comply with all available Federal, State, and Local Health, Electrical, Plumbing and Safety codes.4.1. Filling of the Wash Tank∙With overflow drain tube in place in the detergent tank proceed to following.∙Turn power on-off/flush switch to the “ON” position. The water solenoid will activate and fill soap tank until the proper level is reached, also activating heating element.∙Set the thermostat for minimum 140︒F/60︒C. The wash tank temperature is regulated by heater and thermostat.4.2. Operation Instructions∙Open the door; place on-off/flush switch to the “ON” position. The wash tank will begin it s automatic fill cycle.∙Verify product containers have chemicals.∙Detergent is fed from the supply container into the detergent tank in controlled amounts by the detergent pump. Use detergent at strength recommended by your chemical supplier.∙Place glasses on the conveyor wheel. Push conveyor rocker switch located on front right side of machine. The conveyor wheel will stop and start with conveyor shut-off rod.4.2.1. Proper Chemical DosageThe amount of chemical delivered, whether it is detergent, sanitizer or rinse aid, is controlled using thesetscrew located on the circuit board attached to the control box.∙For detergent, contact your chemical supplier for proper type and detergent concentration.Note:Detergent pump only operates when hot water tank is filling or when prime switches areactivated.∙Circuit board basic settings are: arrow facing 9:00 for sani and rinse, 12:00 for detergent.Adjustments To Detergent Pump:∙When replacement container is installed, push the prime switch in and hold until the detergent feed line is full.∙Securely place overflow drain tube into soap tank and switch power on-off/flush switch to the “ON” position.The detergent dispenser will automatically dispense soap as the soap tank fills with water.∙The quantity of product can be regulated at the circuit board using the setscrew.Adjustments To Sanitizer Pump:∙Follow same procedures as detergent for priming chemical.∙Push conveyor rocker switch located on the front of the machine. Place sanitizer test strip under the final rinse and read for proper level.∙The quantity of product can be controlled at the sani circuit board set screw.Note: U se chlorine test papers to verify and monitor the 50ppm chlorine levelOperationAdjustments To Rinse Agent Pump:∙Follow same procedures as detergent for priming chemical.∙Cycle glasses through machine and verify rinse agent is feeding properly. Increase rinse aid as necessary by turning up or down circuit set screw.∙Basic circuit board setting is 9:00.Note: To meet standards set by NSF, chlorine at 50ppm must be used in the final rinse.4.3. Cleaning Instructions4.3.1. Highly Recommended Daily Cleaning InstructionsRemove optional GLC drain tray & waste collector from the front of your glasswasher and cleanthoroughly.Turn power switch off behind front service door.Remove all trays, screens and curtains. Wash, rinse them thoroughly and allow to dry.Move shut-off rod to side and remove conveyor hub and wheel from machine.Remove and clean wash and rinse arms. Wash tube brush and jet reamer supplied for cleaning ofarms.CAUTION: Do not twist spray arms, pull straight out or they will breakInstall wash and rinse arms (Wash and rinse arms are different .The receiver arm sockets are molded differently to prevent placing arms in wrong location).Use reverse procedures for placing conveyor wheel and hub back into position.Note: conveyor motor can be pulled to the side as your placing wheel into position. Openfront access door and pull conveyor motor toward you as seat the conveyor wheel intoposition.Place conveyor hub in center of conveyor, align shut-off rod to normal position. Install left and righttrays, making sure shut-off rod is positioned between guide brackets. Install curtains into theirholders.Upper and lower wash tank screens should be removed and cleaned thoroughly.Pull the drain tube from the soap tank and clean the tank.Insert overflow drain tube and wash tank screens back to appropriate placement.Reattach optional GLC waste collection assembly.Check product levels and close front service door.4.3.2. Weekly Cleaning InstructionsRemove upper and lower wash and rinse arms from their spray bases, remove end plugs, and clean spray tubes with Cleaning Drill p/n 00899.01, Cleaning Brush p/n 00899.02 provided.MaintenanceMaintenanceParts Manual6.1. GLC Initial Parts Kit p/n 1100.47NOTE: Important! CMA recommends that the initial parts kit be purchased immediately and kept on hand as a back up supply of critical parts in the event your machine should requireemergency service.All the parts included in this kit are unique to the GL-C glasswasher (except those with *).Maintenance 6.2. GW-100 Initial Parts Kit p/n 1100.49NOTE: Important! CMA recommends that the initial parts kit be purchased immediately and kept on hand as a back up supply of critical parts in the event your machine should requireemergency service.All the parts included in this kit are unique to the GW-100 glasswasher (except those with *).Parts Manual6.3. Exploded View Drawings6.2.1. Main Assembly6.2.2. Conveyor Wheel / Curtain6.2.3. Conveyor Shut-Off Rod Assembly6.2.6. GLC Control Box Assembly P/N 18611.48Not shown 820.10Circuit Board Spacer Large, and 821.11 Circuit Board Spacer Small6.2.4. GLC Control Box Assembly P/N 18612.49Not shown 820.10Circuit Board Spacer Large, and 821.11 Circuit Board Spacer Small6.2.5. GW-100 Control Box Assembly P/N 18611.47Not shown 820.10Circuit Board Spacer Large, and 821.11 Circuit Board Spacer Small6.2.5. Soap Tank Assembly(normally closed position) in order to function properly6.2.6. Water Inlet Plumbing6.2.7. Sanitizer Plumbing Component Hardware6.2.8. Vacuum Breaker and Hardware6.2.9. Wash Pump Assembly6.2.10. Conveyor Drive Assembly6.2.11. Waste Collector Assy. P/N 16565.00。

User manualSYGONIXradiator thermostat HT100Art.-No. 1377979ControlsHeating TimeBatterieverbrauchVacation FunctionEconomy TemperatureOpen WindowFunctionkeylockAttentionPROG TEMP ZEITFENS RESADAP URLA INST OFFS VERSMODE time (minutes)1. Remove battery cover/Insert batteries2. Enter Date and Time3.a Mounting on the radiator without adapterValve - Radiator Thermostat HT1001.OKOKOKMountingNo adapter is required for the following valves:Heimeier, Junkers Landys+Gyr, MNG, Honeywell Braukmann, since these have threaddimensions of M30 x 1.5 mm. Adapters for Danfoss RAV (pin must be put on the valve tappet) Danfoss RA and Danfoss RAVL are enclosed.An adapter is required for the following valves:Herz M28 x 1,5 mm, Comap M28 x 1,5 mm, Vaillant 30,5 mm, Oventrop M30 x 1,0 mm, Meges M38 x 1,5 mm, Ondal M38 x 1,5 mm, Giacomini 22,6 mm, Rossweiner M33 x 2,0 mm, Markaryd M28 x 1,0 mm, Ista M32 x 1,0 mm, Vama M28 x 1,0 mm, Pettinaroli If E1appears in the display then the installation was not successful. Look at the Support Table.4. Adapt3.b Mounting on the radiator with adapter Valve – Adapter – Radiator Thermostat HT100Start ready.1.OKPull the battery cover, in the recess on the underside of the housing, upwards. Insert two batteries of type AA/Mignon with correct polarity (observe plus / + and minus / -, see imprint in the battery compartment). Pay attention to the correct position of the batteries to avoid contact interference. Close the battery compartment again. Due to the lower output voltage of batteries (batteries = 1.5V, rechargeable batteries = 1.2V) there may be a very short period of operation. We therefore recommend to use high quality alkaline batteries for a long and safe operation.• For safety and licensing (CE) reasons, unauthorized conversion and/or modification of the product is prohibited. NEVER disassemble it.• The product is not a toy, it does not belong in children‘s hands.• The product is only suitable for indoor use, it must not get damp or wet.• Do not carelessly leave packaging material lying around.• It could be a dangerous toy for children.• Be careful when using the product. Knocks, blows or even a fall from a low height can damage it.• Should you have any questions that are not answered in this manual, please contact us or another professional.• Keep batteries out of the reach of children. Do not let batteries lying around openly as there is the danger of them being swallowed by child-ren or pets. If swallowed, consult a doctor immediately!• Leaking or damaged batteries can cause burns on contact with skin, therefore use suitable protective gloves when handling them. Leaking battery fluids are chemically very aggressive. Objects or surfaces which come into contact with them, can sometimes be massively damaged. Keep batteries at a suitable location.• Batteries must not be shorted, disassemble or thrown into the fire. Risk of explosion!• Conventional non-rechargeable batteries cannot be recharged, Risk of explosion!• Do not mix batteries with different state (e.g., full and half-full batteries. Always replace the whole set of batteries.• When inserting the batteries pay attention to the correct polarity (Note: Plus / + and minus).OKdd:mmy y y yhh:mmRAV PinBold for AdapterBasic Operating ModesMANU mode: In the MANU Mode HT100 regulates to the set temperature by hand.AUTO Mode: HT100 changes in the AUTO Mode according to the set Time program between two temperatures.The heating and economy times can be specified via the adjustable time program.A maximum of 8 switch points (4 heating and 4 economy times) may be set per day.The Radiator Thermostat HT100 has the following factory settings:Heating time: Heating to comfort temperature(factory setting: 1. heating time at 07:00 clock - 21 ° C) Saving time: Reduction to economy temperature (factory setting: 1. saving time at 22:00 clock - 16 ° C)With the setting wheel a change in the room temperature is possible in the AUTO Mode at any time, this will remain until the next switching point. The process can be terminated prematurely by pressing the MENU button.Button: Main MenuButton: ConfirmationMENUOKButton: Timer functionMANU/AUTOModusHere any temperature for a selected time period can be set. Press button, set the time for which the timer program is to be overridden. Confirm with OK. Set the desired temperature. Confirm with OK. A manual temperature change is then in the given period not possible, the setting wheel is locked. By pressing the Menu button, the lock-up can be released.Setting HolidaysFirst set the date of the re-start of the regular heating time. (Set the end of the holiday)OKSetting OffsetkeylockTimer functionOK OK Room temperature adjustment. Here you have the possibility to set a temperature of (-5 / + 5 °). The temperature determined by the instrument may differ from the perceived temperature by the user.In this case, the temperature determined by the instrument must be adjusted.OKDeclaration of ConformityHereby, Conrad Electronic SE, Klaus-Conrad-Straße 1, D-92240 Hirschaudeclares, that this product is in compliance with the essential requirements and other relevant provisions of Directive 1999/5/EC. The Declaration ofConformity for this product can be found at GuaranteeFor damages caused by failure to observe this Instruction Manual, the warranty/guarantee is voided! For consequential damages we assume no liability! For material or personal dam-age caused by improper handling or failure to observe the safety information, we assume no liability! In such cases, the warranty/guarantee is voided!sygonix®distributed byConrad Electronic SE Klaus-Conrad-Str. 1D-92240 HirschauTechnical SpecificationsPower supply: 2 AA batteries / MignonFactory settings: Comfort temperature: 21 ° C Economy temperature: 16 ° C1. Heating time: Start 7:00 o’clock 1. Economy Time: Start 22:00 o’clock Switching points: 4 heating times, 4 economy timesFrost protection function: Yes, activation at temperature below +6 ° C Calcification protection: Yes, valve movement 1x per week Window function: YesModes: Automatic / ManualDimensions: 80 x 70 x 52 mm (W x H x D)HilfeMENU MENU ProblemCauseSolutionBatteries are lowChange batteriesnot getting warm.Valve does not open, after Summer heating pause- calcified?boilerTake off Radiator Thermostat HT100 Move by hand the valve tappets back and forth several times.Radiator is not cooling down.Valve does not close completely.Possibly the closing point of your your valve seat has moved.EAdapt again (see “Adaptation”)Repeatedly move valve tappets by hand - perhaps an adaptation is not possible because your valve may be calcified, or the seal does no longer fulfill its function.Thrust piece falls out.(This may also cause an E1 error!)Due to an endless threadthe thrust piece mounted on the bottom may fall out when the controller was not applied on the valve.Insert thrust piece. Adapt the device via the point, or by removing and re-inserting thebatteries. Now, the endless threat rotates and tightens the thrust piece firmly. Attach to the radiator and adapt again.E1-E3By pressing any button the fault indicatordisappears from the display and the adaptation restarts! E1No adaptation possible.Radiator Thermostat HT100 not mounted on radiators.s the device correctly mounted on the radiator?Mount Radiator Thermostat HT100. E2Valve lift too short or Battery power too weak.Open and close valve tappets by hand several times or install new batteries.E3No valve movement possible.Do valve tappets move freely?+Hold both buttons for several seconds. Activate key lock.T o deactivate, hold the two buttons pressed for several seconds.OKLEDThe LED lights up in each case during the heating-phase until the set temperature is reached.PROGMondaySet the beginning of the 1. Heating TimeSetting Individual ProgramSet the beginningof the 1. Economy TimeYou can optionally enter additional heating and economy periods. If you do not want to make any further settings, confirm the display …–– ––“with OK.OKOKOKOK MENUDAY1Day/Block Maintenance and CleaningMaintenance or repair may only be performed by a specialist or specialist workshop. There are no serviceable components for you inside the product, therefore, never open/disassemble it (except for the battery change as described in this manual). Never use aggressive cleaning agents, rubbing alcohol or other chemical solutions as they may cause damage to the housing or even impair its operational functions.From the date of implementation of European guidelines 2002/96/EC and 2006/66/EC, into national law, the following applies: Electric and electronicdevices and batteries may not be disposed of in household waste. The consumer is obliged to return electric and electronic devices and batteries to the public collection points established for them or to the point of sale. The particularsinstructions or packaging points to these provisions. You make an important contribution to the protection of the environment by reusing or recycling old equipment/batteries or making use of them in other ways.D1-5 Mo-Fr D1-6 Mo-Sa D1-7 Mo-SuThe process can be terminated prematurely by pressing the MENU button.。

T able of ContentsFeatures – Sleeves and Unions fitting (3)Sleeves and External Tooling (4)Unions and External Tooling (5)Bulkhead Fittings and External Tooling (6)Roller Swage and Available Machines & Tools (7)4 Easy Assembly Steps (7)3EATON Aerospace Group TF100-49C March 2013 Tube/Fitting Compatibility Chart - Recommended Wall ThicknessDimensions: inches/mmF itting Tube Max. Rated ——————————— Tube Diameter ———————————— Material Material Pressure (psig/kPa) .250/6.35 .375/9.52 .500/12.7 .625/15.8 .750/19.0 1.000/25.46AI-4V TI 3AI-2.5V TI 4000/27,560.020/.508.028/.711.035/.889.044/1.11.052/1.32.070/1.776AI-4V TI 3AI-2.5V TI 4000/27,560 —.020/.508.020/.508.023/.581.027/.685.036/.91415-5 PH 3AL-2.5V TI 3000/20,670.016/.406.019/.482.026/.660.032/.812.039/.990.051/1.2915-5 PH 21-6-9 CRES 3000/20,670.016/.406.020/.508.026/.660.033/.838.039/.990.052/1.3215-5 PH 304 1/8 CRES 3000/20,670.020/.508.028/.711.035/.889.042/1.06.058/1.47.065/1.6515-5 PH 6061-T6 AL 1000/6,890.035/.889.035/.889.035/.889.035/.889.049/1.24 —Universal Three-Groove FittingsInternal Swage Sleeve & UnionFeature Highlights…• High performance and light weight at nominal cost • Interchangeable with MS21922 sleeve and MS21902 union • Attaches virtually to any tubing material, hardness and thick-ness with minimum tube end preparation • Fast and simple attachment method by using Eaton’s roller swager machine and tooling • Extensively tested, approved and utilized by major aerospace manufacturersEaton’s Three-Groove Sleeve and Union fittings are attached by internally swaging (i.e. expanding) the tubing into annular grooves within the fitting by means of the roller expander.This is a proven technique whichhas been utilized by the industryfor over 25 years.The main swaging element of internally swaged system is theroller expander supported with any of Eaton’s automatic (model 6777, 8777), semi-automatic (model4777) swaging machines.The system provides a positive,reliable metal-to-metal seal thatsurpasses the performancerequirements of industry andgovernment specifications.Qualifications/Approvals• Fully qualified for 3000 psi operating pressure per AS18280,ISO 7169, AS 4459• Fully qualified for 4000 psi oper-ating pressure per MIL-F-85421NOTE: For all other sizes and wall thickness refer to appropriate technical documents. Applicable Tubing Specifications:3AL-2.5V TI: AMS 4944, AMS 494521-6-9 CRES: AMS 5561304 1/8 HD CRES: MIL-T-68456061-T6 AL: MIL-T-70814EATON Aerospace Group TF100-49C March 2013Internal Roller SwageThree-Groove SleeveExternal T ooling for SleevesThe external tooling for sleeves consists of one jaw set P/N 6884-size which hastwo halves and retainer.SizeJaw Retainer -046884-046885-104-056884-056885-105-066884-066885-106-086884-086885-108-106884-106885-110-126884-126885-112-166884-166885-116-206884-206885-120-246884-246885-124Part Number Tube Size—— Weight (lb/kg) ——+.001/.025 -.002/.050ØA Max B Max ØC Max CRES TI 35381 ( ) 04.250/6.35.371/9.42.554/14.0.296/7.5.005/.0022.003/.001335381 ( ) 05.312/7.92.434/11.0.637/16.1.362/9.1.006/.0027.003/.001335381 ( ) 06.375/9.52.490/12.4.672/17.0.421/10.6.007/.0031.004/.001835381 ( ) 08.500/12.7.670/17.0.774/19.6.548/13.9.014/.0063.008/.003635381 ( ) 10.625/15.8.786/19.9.824/20.9.684/17.3.019/.0086.011/.004935381 ( ) 12.750/19.0.960/24.3.749/19.0.819/20.8.025/.0113.014/.006335381 ( ) 16 1.000/25.4 1.210/30.7.800/20.3 1.067/27.1.029/.0131.017/.0077-20 and -25 sizes are available. Contact Eaton for further information.04=Tube size ( )=Material Code: “T” for 6AL-4V Titanium; “V” for 15-5PH CRES35381=Basic part number (Replaces 35211 series fitting)Dimensions: inches/mm5EATON Aerospace Group TF100-49C March 2013Internal Roller Swage Three-Groove UnionPart Number Tube Size ØA B H K (T) Thread Class 3A Approximate Weight (lbs/kg)FLATS Per AS8879CRES 35382B( ) 040.250/6.30.31/7.80.97/24.60.44/11.10.48/12.1.4375 - 20 UNJF 0.019/.008635382B( ) 050.312/7.90.38/9.6 1.05/26.60.50/12.70.48/12.1.5000 - 20 UNJF 0.033/.014935382B( ) 060.375/9.50.45/11.4 1.09/27.60.57/14.40.52/13.2.5625 - 18 UNJF 0.034/.015435382B( )080.500/12.70.58/14.7 1.27/32.20.75/19.00.56/14.2.7500 - 16 UNJF 0.056/.025435382B( )100.625/15.80.73/18.5 1.42/36.00.88/22.30.63/16.0.8750 - 14 UNJF 0.089/.040335382B( ) 120.750/19.00.86/21.8 1.35/34.2 1.06/26.90.66/16.0 1.0625 - 12 UNJ 0.122/.055335382B( ) 16 1.000/25.4 1.11/28.1 1.37/34.7 1.31/33.20.69/17.5 1.3125 - 12 UNJ 0.282/.1279Size Jaw Part Number -046886-04-056886-05-066886-06-086886-08-106886-10-126886-12-166886-16-206886-20-246886-24Internal tooling requirements for fittings are listed in applicable Technical Information Bulletin (TIB) and/or the operation manual.External T ooling forUnions The external tooling for union consists of only one jaw set P/N 6886-size which has two halves.How T o Order Part Number Example Material CodeMaterial Call-out V 15 - 5PH CRES per AMS 5659Passivate per AMS-2700, Type II GV*7075 - T73 Al. Aly. per QQ-A-225/g Anodize per AMS-A-8625, Type II, Color Brown GVC*7075-T73 Al. Aly. per QQ-A-225/g Chemical Film Coat per AMS-C-5541VN15-5PH CRES per AMS5659Cadmium plate per AMS-QQ-P-416, Type II, Class 3T6AL-4V Titanium Alloy per AMS 4965Fluoride Phosphate Coat per AMS 2486* Unions only -20 and -24 sizes available. Contact Eaton for further information.35382B = Basic Part Number. Replaces 35212B series fitting.Dimensions: inches/mm6EATON Aerospace Group TF100-49C March 2013Internal Roller Swage Three-Groove Bulkhead UnionDash Number Tube Size ØA B H K (T) Thread Class 3A Approximate Weight (lbs/kg)Max Max Per AS8879CRES TI -040.250/6.30.31/7.8 1.46/37.00.69/17.50.97/24.6.4375 - 20 UNJF 0.050/.02260.029/.0131-050.312/7.90.38/9.6 1.54/39.10.75/19.00.97/24.6.5000 - 20 UNJF 0.057/.02580.033/.0149-060.375/9.50.45/11.4 1.59/40.3 1.82/46.2 1.02/25.9.5625 - 18 UNJF 0.069/.03120.039/.0176-080.500/12.70.58/14.7 1.86/47.2 1.00/25.4 1.16/29.4.7500 - 16 UNJF 0.117/.05300.067/.0303-100.625/15.80.73/18.5 2.09/53.0 1.13/28.7 1.30/33.0.8750 - 14 UNJF 0.160/.07250.093/.0421-120.750/19.00.86/21.8 2.10/53.3 1.38/35.0 1.41/35.8 1.0625 - 12 UNJ 0.245/.11110.142/.0644-16 1.000/25.4 1.11/28.1 2.09/53.0 1.63/41.4 1.41/35.8 1.3125 - 12 UNJ 0.415/.18820.238/.0107Size Jaw Part Number-047349-04-05N/A -067349-06-087349-08-107349-10-127349-12-167349-16-207349-20-247349-24Internal tooling requirements for fittings are listed in applicable Technical Informa-tion Bulletin (TIB) and/or the operation manual.External T ooling for 35230 Bulkhead UnionThe external tooling for 35230 Bulkhead Union consists of only one jaw setP/N 7349-size which has two halves.ØAKDimensions: inches/mm7EATON Aerospace Group TF100-49C March 2013Roller Swage Sleeves and Unions 4 Easy Assembly Steps 6777 Swage Machine2131)Install proper expander and jaws on swager machine.Jaws for Sleeves (2 halves)2) Insert tubing onto fitting end and place assembly inside jaw half3) Select recommended torque value, close jaws and activate start button.4) Inspect by using an internal 5919 ID Mueller gaugeDrawbolt AssemblyModel 4777•Compact, ideal for light production use or field repair •Easy to operate•Swages sizes 1/4” to 1-1/2” (6mm to 38 mm) O.D. tubing Roller Assembly T oolingInternal Roller Swage T ools & Equipment Model 6777• Automated single-head swage machine •Touch-screen control with variable motor speed • Swages sizes 1/4” to 3/4” (6mm to 19 mm) O.D. tubing Model 8777• Capabilities of 6777 with second swage head for larger sizes • Swages sizes 1/4” to 3-1/2” (6 mm to 89 mm) O.D. tubing Available MachinesCopyright © 2013 Eaton All Rights Reserved Copying or Editing is Forbidden Form No. TF100-49C March 2013Eaton Aerospace Group 9650 Jeronimo Road Irvine, California 92618 Phone: (949) 452-9500 Fax: (949) 452-9555 /aerospace Eaton Aerospace Group Fluid & Electrical Distribution Division 300 South East Avenue Jackson, Michigan 49203-1972 Phone: (517) 787 8121 Fax: (517) 789 2947。