Federal Signal's Model 27XST is an explosion-proof strobe light designed for hazardous locations including Class I, Division 1 and 2, Groups A through D, and Class II, Division 1, Groups E, F, and G. It features a 10,000-hour strobe tube, conformal-coated PCB, Type 4X and IP66 enclosure, and IP69K compliance. The 27XST-120C-MOD variant operates at 120 Vac, 50/60 Hz, with a current draw of 1.14 A and a peak intensity of 2,000,000 cd. It is available with a clear lens and supports pendant, ceiling, or 90° wall mounting via 3/4-inch NPT threads. The unit is marine rated and approved for operation in temperatures from -55°C to 66°C.
The mount for this Signal is not included. Please add the desired signal to your cart and then use the “Select Mount” button below to add the mount to your order.
Features
Federal Signal’s Model 27XST explosion-proof strobe light features a voltage in-rush limiting PCB design that provides greater compatibility with factory automation control systems and less electrical interference with in-rush sensitive devices.
Three mounting options are available: pendant, ceiling or 90° wall mount. For easy installation, the mounting box is first installed and the fixture is then threaded onto the mounting box, making the electrical connection. Pre-install the mounting bracket and electrical continuity is made when five threads are engaged.
Federal Signal’s Model 27XST is specifically designed for explosion-proof atmospheres and/or corrosive environments.
Because it is easy to install and requires very low maintenance, it is ideal for use in areas such as oil rigs, mines, refineries, and chemical plants.
| Federal Signal Corporation - Industrial Signaling and Systems | |
|---|---|
| Product Category | Warning Lights |
| Product Number | 27XST-120C-MOD |
| Product Name | 27XST Explosion-Proof Strobe Lights |
| Mounting | 3/4-Inch NPT Pendant,Ceiling,Wall |
| Features | Explosion Proof |
| Agency Approvals | UL; ULC; CSFM,Marine,UL,cUL |
| Visual Indicators | Strobe |
| Flash Rate | 80 flashes per minute |