在任何业务中,由于停机时间,火灾可能会造成重大损害和大幅损失,收入,资产或生产率大幅损失。

然而,通过持续的温度监测,可以发现可能导致火灾的热点或温度上升,从而防止火灾。温度监测,结合有效的抑制系统,可以很大程度上降低火灾风险,保护您的团队,资产和环境。

热成像如何支持火灾探测和抑制

热成像是监测温度以辅助火灾探测和抑制的一种有效方法。

许多热成像摄像头可以通过提供自动警报与火灾探测系统配合使用热成像相机的工作原理是测量红外辐射。红外线辐射人眼是看不见的,但热感摄像机却能探测到它释放的热量。热成像摄像机测量从一个物体或一个区域释放的热量(或红外辐射)。这些发现随后被转换成图像或视频,“热点”显示为明亮的、橙色的斑纹,而较冷的区域则显示为深色和蓝色。

热成像摄像机被描述为“非接触”,因为它们具有监测来自大距离的温度的能力,提供视图不会受阻。

合作

许多热成像摄像头可以通过在温度达到或超过一定限度时提供自动警报或超过一定限制,或者以快速增长来结合火灾检测系统。这些警报然后触发警报,允许快速响应和减轻高温,从而降低爆发或蔓延的风险。

它能够探测肉眼看不见的热或热点,而传统的火灾探测方法,如烟雾探测器,也无法追踪这些热点温度监测可能很大程度上减少了火灾风险并保护您的团队热成像摄像机将成为任何企业火灾探测系统的一个令人难以置信的有效附加物。

热成像摄像机可以与灭火系统连接,让您完全自动化对火灾的反应,这意味着您可以专注于您的团队的安全疏散。例如,如果检测到高温,可以集成系统,使抑制解决方案自动释放。

热成像的好处

使用热成像来支持火灾检测和抑制具有各种益处,包括:

  • 在火灾爆发之前检测高温- 热成像的根本益处是在火开始之前检测热量或监测率在热量中升高的能力。这允许进行适当的措施,以较低的温度,以避免爆发的风险。它还可以帮助识别现有的防火措施中的短缺,这可能导致温度的增加,允许整改这些问题。
  • 检测较小的火焰- 由于能够监测微妙温度的变化,热成像具有检测和警报早期阶段的小火灾的能力,该烟雾探测器可能无法检测到。
  • 即使在昏暗的光线下也要监控- 由于热成像相机不需要光能够捕获图像,它们是在低光环境中使用的理想选择。这允许在空间无人住的夜间进行连续监控,提供24/7保护。
  • 多重保护- 热成像不仅可以用于火灾探测和预防,而且用于安全目的和设备监控。它们的持续监测将在现场记录任何侵入者,并且可以与安全警报连接,以通知设施所有者或管理者的闯入。此外,可以一致地监测设备的温度,突出显示设施空置时可能发生的任何故障

热成像在哪里最好使用?

热成像摄像机可以是各种设置中的有效的火灾检测形式。然而,它们通常最适合在与可燃材料合作的环境中使用,具有非传统的基础设施或有涉及开放火焰的操作:

  • 使用可燃材料的环境 -许多企业,如建筑,废物设施,制造和农业,与可燃材料一起使用。这增加了火灾的风险,因为如果结合热量或其他点火源,可燃材料可以很容易地引起火灾开始和扩散。热成像相机可以一致地监测这些操作,快速检测可能导致自燃的热量的增加。
  • 非常规基础设施设施-在设施中,有许多组件可以呈现火灾风险。通常,这些组件在难以持续监测的区域中。热成像摄像头可以监测特定区域或设备,例如锅炉或炉子,以连续监测温度和警报温度的任何异常。
  • 运营与公开火焰合作 -在正常使用明火的设施中,如建筑工地,热感摄像机可以监控现有的火焰。这确保了主动火灾被有效和安全地控制在一个区域

热成像摄像机是通过监测每周7天,7天,保护您的团队,资产和环境的温度,以通过监测24小时的温度来增强火灾探测和抑制系统的有效方法。

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作者简介

詹姆斯山
詹姆斯山销售和营销总监,防火盾系统

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2020评论:Covid-19对消防行业的影响和消防
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