DS200TCTLG1A是蒸汽轮机跳闸板,也称为蒸汽轮机再加热板,最初由通用电气创建。该板是传统系列,现在可能有点难找。但是,AX Control 确实会尝试将该板作为新的剩余或翻新部件保留库存。请直接致电我们了解其可用性和价格。
DS200TCTLG1A也称为涡轮脱扣电路。该板是主脱扣电路和保护核心的一部分。该电路至少有两组主脱扣继电器(PTR1和2),然后是三组三个紧急脱扣继电器(ETR1和2)。PTR 通常由 TCQA 等其他板控制,而 ETR 由 TCEA 板控制。如果该系统中三个继电器中的两个出现问题,将导致涡轮机跳闸。
DS200TCTLG1A 除跳闸继电器外,DS200TCTLG1A还具有其他功能。它具有四个辅助控制输出,包括一个油测试电磁阀、一个机械锁定电磁阀、一个油复位电磁阀和一个电气锁定电磁阀。
DS200TCTLG1A 蒸汽轮机跳闸板是蒸汽轮机控制系统中的一个重要组成部分,用于在紧急情况下快速关闭蒸汽轮机以保护设备和人员安全。
DS200TCTLG1A 蒸汽轮机跳闸板通常由多个继电器和开关组成,这些继电器和开关可以根据特定的条件触发,例如超速、超温、低油压、低水位等。当其中任何一个条件被触发时,跳闸板会立即发送一个信号给蒸汽轮机的控制系统,使其停止运转。
蒸汽轮机跳闸板的设计和安装非常重要,因为它必须能够在最短的时间内响应紧急情况并关闭蒸汽轮机。此外,跳闸板还必须经过严格的测试和验证,以确保其可靠性和安全性。
在蒸汽轮机的运行过程中,跳闸板是一个非常重要的安全装置,可以帮助保护设备和人员免受潜在的危险。因此,蒸汽轮机跳闸板的维护和保养也非常重要,以确保其始终处于良好的工作状态。
The DS200TCTLG1A is a steam turbine jump gate, also known as a steam turbine reheating plate, originally created by General Electric. The board is a traditional series and can be a bit difficult to find these days. AX Control does, however, try to keep the board in stock as a new surplus or refurbished part. Please call us directly for availability and pricing.
The DS200TCTLG1A is also known as the turbine trip circuit. The board is part of the main trip circuit and protection core. The circuit has at least two sets of primary trip relays (PTR1 and 2), followed by three sets of three emergency trip relays (ETR1 and 2). PTR is usually controlled by another board such as TCQA, while ETR is controlled by TCEA board. If two of the three relays in the system fail, it will cause the turbine to trip.
DS200TCTLG1A In addition to the trip relay, the DS200TCTLG1A has other functions. It has four auxiliary control outputs, including an oil test solenoid, a mechanical locking solenoid, an oil reset solenoid and an electrical locking solenoid.
The DS200TCTLG1A steam turbine jump gate is an important part of the steam turbine control system, which is used to quickly shut down the steam turbine in case of emergency to protect equipment and personnel.
The DS200TCTLG1A steam turbine jump gate usually consists of multiple relays and switches that can be triggered in response to specific conditions, such as overspeed, overtemperature, low oil pressure, low water level, etc. When either of these conditions is triggered, the jump gate immediately sends a signal to the steam turbine's control system to stop it.
The design and installation of the steam turbine jump gate is very important because it must be able to respond to emergency situations and shut down the steam turbine in the shortest possible time. In addition, the jump gate must also undergo rigorous testing and verification to ensure its reliability and safety.
During the operation of a steam turbine, the jump gate is a very important safety device that can help protect equipment and personnel from potential hazards. Therefore, the maintenance and maintenance of the steam turbine jump gate is also very important to ensure that it is always in good working condition.
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