IS220PTCCH2A自动化模块备件
1.5A 24-150 0-24 28VA 1.0A DC 150 DC-I3 R150 AC 300 AC-I5 C300触点块说明公告800T油密选择开关产品数据5逻辑簧片块•与浅触点块尺寸相同•设计用于逻辑电平切换•低弹跳时间通常小于0.5毫秒•镀贵金属簧片触点密封在充满惰性气体的玻璃外壳中气体接触额定值最大值：150VAC，0.15A，8VA和30VDC，0.06A，1.8VA。仅适用于电阻负载。密封开关块•触点密封在充满惰性气体的玻璃外壳中•UL认证用于I级和II级，2区/2区危险场所•在污染环境中提供长接触寿命触点额定值最大工作电压Ue利用类别IEC NEMA额定工作电流电压Ue制造→] [← 打破←] [→ 120-600 0-120 3600VA 30A 360VA 3A 24-300 0-24 138VA 5A DC 300 DC-13 P300 AC 600 AC-15 B600可堆叠密封开关块•与密封开关块具有相同的功能，但最多可堆叠8个电路•IP2X手指安全设计触点额定值最大持续电流Ith 2.5A。触点块说明（续）公告800T油密选择开关产品数据6不同类型触点块的安装深度如下所示：一个堆叠两个堆叠注：尺寸单位为英寸（毫米）。一个浅层、逻辑簧片或PenTUFF&一个小型块堆叠两个浅层，逻辑簧片或PenTUFF块堆叠一个浅、逻辑簧片和PenTUFF块注-浅层，PenTUFF，逻辑簧片和可堆叠密封开关块可以堆叠两个最大深度，并安装一个最大深度1-7/8（47.6）3（76.2）2-3/4（69.9）2-3/4，一个可堆叠或两个可堆叠的密封开关块触点浅块微型块PenTUFF（低压）块逻辑簧片块可堆叠密封开关块密封开关块接触目录号800TSuffix代码➀ 目录号800TSuffix代码➀ 目录号800TSuffix代码➀ 目录号800TSuffix代码➀ 目录号800TSuffix代码➀ 目录号800TSuffix Code ck Side）空位（白色边）空位（黑色边）后缀配置代码：X G A X后缀：注意-使用后缀代码“X”表示某个位置没有块。POS#4黑色侧面POS#3白色侧面POS#2黑色侧面POS#1白色侧面POS#4黑色侧POS#3白色侧POS#2黑色侧POS#1白色侧POS#1 POS#2 POS#3 POS#4接触块安装深度接触块目录号和后缀代码模块目录号接触块后缀配置公告800T油密选择开关产品数据7使用以下步骤选择满足选择器开关应用需要所需的组件：1。从第9页表1中选择所需的操作员前缀，用于3位选择器开关，或从第11页表3中选择4位选择器开关。2.选择符合所需电路组合的凸轮代码（第9页表2为3位选择器开关，第11页表4为4位选择器开关）。（如果不止一个凸轮提供所需的目标表，请从步骤4中选择最简单的接触配置）。3.识别与
1.5A 24-150 0-24 28VA 1.0A DC 150 DC-I3 R150 AC 300 AC-I5 C300 Description of Contact Blocks Bulletin 800T Oiltight Selector Switches Product Data 5 Logic Reed Blocks • Same size as shallow contact block • Designed for logic level switching • Low bounce time typically less than 0.5 millisecond • Precious-metal-plated reed contacts hermetically sealed in a glass envelope filled with inert gas CONTACT RATINGS Maximum: 150VAC, 0.15A, 8VA and 30VDC, 0.06A, 1.8VA. Should only be used with resistive loads. Sealed Switch Blocks • Contacts are hermetically sealed in a glass envelope filled with inert gas • UL Listed for Class I & II, Division 2/Zone 2 Hazardous Locations • Provide long contact life in contaminated environments CONTACT RATINGS Maximum Operational Voltage Ue Utilization Category IEC NEMA Rated Operational Currents Volts Ue Make →] [← Break ←] [→ 120-600 0-120 3600VA 30A 360VA 3A 24-300 0-24 138VA 5A DC 300 DC-13 P300 AC 600 AC-15 B600 Stackable Sealed Switch Blocks • Same features as Sealed Switch Blocks, but stackable up to 8 circuits • IP2X finger safe design CONTACT RATINGS Maximum continuous current Ith 2.5A. Description of Contact Blocks (cont’d) Bulletin 800T Oiltight Selector Switches Product Data 6 Mounting depths for different types of contact blocks are shown below: One Stack Two Stacks NOTE - Dimensions are in inches (millimeters). ONE SHALLOW, LOGIC REED, or PenTUFF & ONE MINI BLOCK STACKED TWO SHALLOW, LOGIC REED, or PenTUFF BLOCKS STACKED ONE SHALLOW, LOGIC REED, or PenTUFF BLOCK NOTE - Shallow, PenTUFF, Logic Reed, and Stackable Sealed Switch blocks can be stacked two deep maximum and sealed switch mounted one deep maximum 1-7/8 (47.6) 3 (76.2) 2-3/4 (69.9) 2-3/4 (69.9) 2-21/64 (59.2) 3-29/32 (99.3) Sealed ONE SEALED, ONE STACKABLE, or TWO STACKABLE SEALED SWITCH BLOCKS Contacts Shallow Block Mini Block PenTUFF (Low Voltage) Block Logic Reed Block Stackable Sealed Switch Block Sealed Switch Block Contacts Catalog Number 800TSuffix Code ➀ Catalog Number 800TSuffix Code ➀ Catalog Number 800TSuffix Code ➀ Catalog Number 800TSuffix Code ➀ Catalog Number 800TSuffix Code ➀ Catalog Number 800TSuffix Code ck Side) Vacant (White Side) Vacant (Black Side) SUFFIX CONFIGURATION CODE: X G A X SUFFIX: NOTE - Use Suffix Code “X” to indicate that no block is located in a position. POS #4 BLACK SIDE POS #3 WHITE SIDE POS #2 BLACK SIDE POS #1 WHITE SIDE POS #4 BLACK SIDE POS #3 WHITE SIDE POS #2 BLACK SIDE POS #1 WHITE SIDE POS #1 POS #2 POS #3 POS #4 Contact Block Mounting Depth Contact Block Catalog Numbers and Suffix Codes Modular Catalog Number Contact Block Suffix Configuration Bulletin 800T Oiltight Selector Switches Product Data 7 Use the following steps to select the components required to meet the needs for your selector switch application: 1. Select the desired operator prefix from Table 1 on Page 9 for 3-position selector switches or Table 3 on Page 11 for 4-position selector switches. 2. Select the Cam Code (Table 2 on Page 9 for 3-position selector switches or Table 4 on Page 11 for 4-position selector switches) that meets your required circuit combination. (If more than one cam provides the desired target table choose the simplest contact configuration from Step 4). 3. Identify the contact blocks that coordinate with the
