产品详情
✦ 产品基本信息3500/33 149992-01 3500/33 16通道继电器模块
零件号:3500/33
制造商:本特利内华达
系列:3500
产品类型:16通道继电器模块
功耗:典型值5.8瓦
尺寸:241毫米x 24.4毫米x 242毫米
重量:0.7千克(1.6磅)
供货情况:有现货
制造国:美国
功能描述
3500/33是由本特利内华达公司开发的16通道继电器模块。具有16个继电器输出的全高模块,即16通道继电器模块。瞬态数据接口(TDI)模块右侧的任何插槽都可以容纳任意数量的16通道继电器模块。表决逻辑可以单独编程到16通道继电器模块的每个输出中。报警驱动逻辑是模块中每个继电器的组成部分。3500框架组态软件可用于对报警驱动进行编程。以下是使用“与”和“或”逻辑对报警驱动逻辑进行可能编程的示例:
- 报警源(警报和危险状态)
- 不太好
- 从框架中的任何监控通道或监控通道组单独测量的变量
产品属性
- 前面板上的led:模块前面板上的led是一项基本功能,可提供宝贵的视觉反馈。这些led用作信息指示器,帮助用户快速评估模块的状态和运行状况。这种可视化界面简化了监控,有助于高效的系统管理。
- 报警控制逻辑:模块的报警控制逻辑是增强其维护系统完整性作用的一个关键方面。该逻辑允许模块根据预定义的标准触发适当的操作,从而智能地对变化的条件做出响应。该功能使用户能够主动解决潜在问题,从而提高系统的整体可靠性。
- 低平均功耗:该模块的平均功耗为5.8瓦,体现了对效率和节能设计的重视。这种低功耗在注重能效的应用中意义重大,有助于降低运营成本和环境影响。
- 环氧树脂密封结构:模块的环氧树脂密封结构强调了其坚固性和弹性。这种保护性封装保护内部组件免受潮湿、灰尘和污染物等环境因素的影响,从而延长模块的使用寿命并增强其耐用性。
- 双掷单刀(SPDT):模块继电器输出的双掷单刀(SPDT)配置增强了其多功能性。这种设计允许连接到两个输出端子之一,扩大了潜在的应用范围,提高了系统设计的灵活性。
- 标准250 Vrms额定值:模块的标准250 Vrms额定值表明其与一系列电压等级兼容。这一特性确保模块可以有效地集成到各种系统中,而无需担心电压兼容性。
- 高继电器触点周期:具有处理100,000个继电器触点周期的能力,该模块表现出令人印象深刻的耐用性和寿命。这种高循环容量有助于延长运行寿命,减少频繁更换和维护的需要。
输入规格
- 5.8瓦是平均输入功耗。
输出规格
- 前面板LED:16通道继电器模块的OK LED将在正常工作时亮起。
- 当16通道继电器模块与3500框架中的其他模块通信时,代表发送和接收的TX/RX LED闪烁。
- 当继电器通道处于报警状态时,通道报警LED点亮。
继电器动作
正常断电(ND)或正常通电(NE)操作是四组四个通道的开关选择。
机架空间要求
- 主模块中的全高前插槽:该插槽容纳主模块机架内继电器模块的主接口。正确的放置可确保最佳的功能性和可及性。
- I/O模块的全高后插槽:为了便于与系统中的其他组件进行通信和交互,为I/O模块分配了一个全高后插槽。这种集成增强了模块的功能和连接性。
和睦相处
- 16通道继电器模块需要3.3版或更高版本的3500框架配置。
- 16通道继电器模块需要2.40版或更高版本的数据采集软件。
- 16通道继电器模块需要1.40版或更高版本的3500数据显示软件。
- 如果16通道继电器模块是功能安全(SIL)系统的一部分,功能安全证书要求限制电压。对于功能安全(SIL)系统,不允许更高的电压。
3500/33-01-00
✦产品参数:
零件号:3500/33
制造商:本特利内华达
系列:3500
产品类型:16通道继电器模块
功耗:典型值5.8瓦
尺寸:241毫米x 24.4毫米x 242毫米
重量:0.7千克(1.6磅)
供货情况:有现货
制造国:美国
✦应用领域
输出-前面板发光二极管
- OK LED:前面板上OK LED的出现是16通道继电器模块操作状态的关键指示器。该LED旨在模块正常工作时点亮,提供正确操作的即时视觉确认。这种即时反馈提高了操作透明度,允许用户在定期监控或故障排除活动中快速确定模块的健康状况。
- TX/RX LED:前面板上的TX/RX LED用作通信活动的动态指示器。当16通道继电器模块与3500框架内的其他模块建立通信时,该LED通过闪烁做出响应。发射和接收闪光提供了模块主动参与数据交换的视觉保证,有助于整个系统的无缝通信和协调。
- CH报警LED:包含CH报警LED解决了报警条件的关键方面。当模块内的继电器通道处于报警状态时,该LED会有策略地点亮。这种视觉警报会立即引起对潜在关键事件或情况的注意,从而实现快速响应和及时的纠正措施。它是一种主动工具,用于维护系统完整性并最大限度地减少潜在的停机时间。
- 继电器类型:单刀双掷(SPDT):16通道继电器模块的继电器类型表示为单刀双掷(SPDT)。这种配置表示每个继电器有三个端子:公共端子、常开端子和常闭端子。这种布置提供了多种连接选项,允许为各种应用配置继电器。
- 继电器环境密封:环氧树脂密封:继电器的环氧树脂密封结构体现了对耐久性的承诺和对环境因素的保护。这种密封保护内部继电器组件免受湿气、灰尘和其他污染物的影响。环氧树脂密封设计提高了继电器的可靠性和寿命,有助于模块的整体鲁棒性。
- 标准安装的继电器电弧抑制器:250 Vrms:标准额定值为250 Vrms的继电器电弧抑制器是一个值得注意的安全特性。该组件有助于减轻继电器运行期间可能出现的电弧的影响,确保即使在变化的负载条件下也能安全可靠地运行。
- 继电器触点寿命:10,000次循环:继电器触点寿命规格表明模块内的每个继电器都设计为10,000次循环。这个数字量化了在潜在磨损可能影响性能之前继电器触点可以断开和闭合的次数。这些信息有助于用户预测维护需求和系统寿命。
- 继电器操作:正常断电(ND)或正常通电(NE)操作:
该模块允许用户在正常断电(ND)和正常通电(NE)两种模式之间进行选择,从而为继电器操作提供了灵活性。对于四组四个通道,可以独立进行选择。这种配置灵活性使继电器行为适应不同应用的特定要求。
FCC合规性和认证
FCC规则的第15部分适用于此设备。以下两个条件适用于操作:
- 本设备不会造成有害干扰;
- 该设备必须接受接收到的任何干扰,包括可能导致不良操作的干扰。
功能安全考虑
- 如果16通道继电器模块是功能安全(SIL)系统不可或缺的组成部分,则需要考虑特定的电压要求。
Product Description
The 3500/33 16-Channel Relay Module is a full-height module that provides 16 relay outputs. You can place any number of 16-channel relay modules in any of the slots to the right of the Transient Data Interface (TDI) Module.
Each output of the 3500/33 16-Channel Relay Module can be independently programmed to perform voting logic.
Each relay of the module includes Alarm Drive Logic. Programming for the Alarm Drive Logic uses AND and OR logic and may use the following:
l Alarming inputs (alert and danger statuses)
l Not-OK
l Individual Measured Variables from any monitor channel or any combination of monitor channels in the rack
You can program the Alarm Drive using the 3500 Rack Configuration Software.
Part Number: 3500/33
Manufacturer: Bently Nevada
Series: 3500
Product Type: 16-Channel Relay Module
Power Consumption: 5.8 watts typical
Dimensions: 241 mm x 24.4 mm x 242 mm
Weight: 0.7 kg (1.6 lb)
Availability: In Stock
Country of Manufacture: United States (USA)
Functional Description
3500/33 is a 16-Channel Relay Module developed by Bently Nevada. A full-height module with 16 relay outputs, the 16-Channel Relay Module. Any of the slots to the right of the Transient Data Interface (TDI) Module can accommodate any quantity of 16-channel relay modules. Voting logic can be individually programmed into each output of the 16-Channel Relay Module. Alarm Drive Logic is a component of each relay in the module. The 3500 Rack Configuration Software can be used to program the Alarm Drive. The following are examples of possible programming for the Alarm Drive Logic using AND and OR logic:
- Alarming sources (alert and danger statuses)
- Not-OK
- Variables that have been individually measured from any monitor channel or set of monitor channels in the rack
Product Attributes
- LEDs on the Front Panel: The presence of LEDs on the module’s front panel is a fundamental feature that provides valuable visual feedback. These LEDs serve as informative indicators, aiding users in quickly assessing the module’s status and operational condition. This visual interface simplifies monitoring, contributing to efficient system management.
- Alarm Control Logic: The module’s incorporation of alarm control logic is a key aspect that enhances its role in maintaining system integrity. This logic allows the module to respond intelligently to varying conditions by triggering appropriate actions based on predefined criteria. This feature empowers users to proactively address potential issues, contributing to the overall reliability of the system.
- Low Average Power Consumption: With an average power consumption of 5.8 watts, the module demonstrates an emphasis on efficiency and energy-conscious design. This low power consumption is significant in applications where energy efficiency is a priority, helping to reduce operational costs and environmental impact.
- Epoxy-Sealed Construction: The epoxy-sealed construction of the module underscores its robustness and resilience. This protective encapsulation shields internal components from environmental factors such as m isture, dust, and contaminants, thereby extending the module’s operational lifespan and enhancing its durability.
- Double-Throw Single-Pole (SPDT): The double-throw single-pole (SPDT) configuration of the module’s relay outputs amplifies its versatility. This design allows for connections to be made to one of two output terminals, expanding the range of potential applications and increasing flexibility in system design.
- Standard 250 Vrms Rating: The inclusion of a standard 250 Vrms rating for the module speaks to its compatibility with a range of voltage levels. This attribute ensures that the module can be effectively integrated into various systems without concerns about voltage compatibility.
- High Relay Contact Cycles: With the ability to handle 100,000 relay contact cycles, the module exhibits impressive durability and longevity. This high cycle capacity contributes to extended operational lifespans, reducing the need for frequent replacements and maintenance.
Input Specification
- 5.8 watts is the average input power consumption.
Output Specification
- Front Panel LEDs: The 16-Channel Relay Module’s OK LED will light up when it is functioning properly.
- When the 16-Channel Relay Module is in communication with other modules in the 3500 rack, the TX/RX LED, which stands for transmitting and receive, flashes.
- When the relay channel is in an alarm condition, the CH Alarm LED is illuminated.
Relay Operation
Normally Deenergized (ND) or Normally Energized (NE) operation is switch selectable for four groups of four channels.
Rack Space Requirements
- Full-Height Front Slot in Main Module: This slot accommodates the primary interface of the Relay Module within the main module rack. Proper placement ensures optimal functionality and accessibility.
- Full-Height Rear Slot for I/O Modules: To facilitate communication and interaction with other components in your system, a full-height rear slot is allocated for I/O Modules. This integration enhances the module’s capabilities and connectivity.
Compatibility
- The 3500 Rack Config, version 3.3 or later, is required for the 16-Channel Relay Module.
- The Data Acquisition Software, version 2.40 or later, is required for the 16-Channel Relay Module.
- The 3500 Data Display Software, version 1.40 or later, is required for the 16-Channel Relay Module.
- If the 16-Channel Relay Module is part of the functional safety (SIL) system, the restricted voltage is required by the functional safety certificate. For functional safety (SIL) systems, higher voltages are not permitted.
Outputs – Front Panel LEDs
- OK LED: The presence of the OK LED on the front panel serves as a key indicator of the 16-Channel Relay Module’s operational status. This LED is designed to illuminate when the module is functioning correctly, providing an instant visual confirmation of proper operation. This immediate feedback enhances operational transparency, allowing users to quickly ascertain the module’s health during regular monitoring or troubleshooting activities.
- TX/RX LED: The TX/RX LED on the front panel serves as a dynamic indicator of communication activity. This LED responds by flashing when the 16-Channel Relay Module establishes communication with other modules within the 3500 rack. The transmit and receive flashes provide visual reassurance that the module is actively engaged in data exchange, contributing to the seamless communication and coordination of the overall system.
- CH Alarm LED: The inclusion of the CH Alarm LED addresses the critical aspect of alarm conditions. This LED is strategically placed to illuminate when a relay channel within the module is in an alarm state. This visual alert draws immediate attention to the presence of a potentially critical event or condition, enabling rapid response and timely corrective actions. It serves as a proactive tool for maintaining system integrity and minimizing potential downtime.
- Relay Type: Single-Pole Double-Throw (SPDT): The relay type for the 16-Channel Relay Module is denoted as Single-Pole Double-Throw (SPDT). This configuration signifies that each relay has three terminals: a common terminal, a normally open terminal, and a normally closed terminal. This arrangement offers versatile connectivity options, allowing the relay to be configured for various applications.
- Relay Environmental Sealing: Epoxy-Sealed: The epoxy-sealed construction of the relays exemplifies a commitment to durability and protection against environmental factors. This sealing safeguards the internal relay components from moisture, dust, and other contaminants. The epoxy-sealed design enhances the reliability and longevity of the relays, contributing to the module’s overall robustness.
- Relay Arc Suppressor: 250 Vrms Installed as Standard: The inclusion of a relay arc suppressor with a standard rating of 250 Vrms is a noteworthy safety feature. This component helps mitigate the impact of electrical arcs that can occur during relay operation, ensuring safe and reliable performance even under varying load conditions.
- Relay Contact Life: 10,000 Cycles: The relay contact life specification indicates that each relay within the module is designed for 10,000 cycles. This figure quantifies the number of times the relay contacts can open and close before potential wear might affect performance. This information assists users in anticipating maintenance needs and system longevity.
- Relay Operation: Normally Deenergized (ND) or Normally Energized (NE) Operation:
The module offers flexibility in relay operation by allowing users to select between two modes: Normally Deenergized (ND) and Normally Energized (NE). This choice can be made independently for four groups of four channels. This configurational flexibility adapts the relay behavior to the specific requirements of different applications.
FCC Compliance and Certifications
Part 15 of the FCC Rules apply to this device. The following two conditions apply to operation:
- This device may not cause harmful interference;
- This device must accept any interference received, including interference that may cause undesired operation.
Functional Safety Considerations
- In cases where the 16-Channel Relay Module is an integral component of a functional safety (SIL) system, specific voltage requirements come into play.
- To comply with functional safety standards and certification, it is imperative to adhere to the prescribed voltage restrictions. Higher voltages are strictly prohibited within functional safety (SIL) systems, as they can compromise the integrity and reliability of the safety measures in place.
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