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Fire-Resistant Protective Cape
- Does not ignite or burn when exposed to flames at 800°C ±50°C.

Usage Instructions:
1. Remove the seal from the self-rescuer's packaging bag.
2. Take out the self-rescuer in its vacuum packaging and tear it open at the marked notch.
3. Insert hands into the elastic collar opening and stretch the collar.
4. Place the hood over the head (see Fig. 4), positioning the transparent facepiece to fully cover the nose, mouth, and chin. Tuck long hair under the elastic collar.
5. Adjust the strap for a tight fit. Exhaled air may accumulate, which is normal and indicates the presence of carbon monoxide in the surrounding air.

Warning: Use strictly as intended. Product is certified.

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Universal Compact Filtering Self-Rescuer "Shans"

Protective Specifications:

| Test Substance | "Shans"-Ed (7+ yrs) | "Shans"-E Base (12+ yrs) | "Shans"-E Enhanced (12+ yrs) |
|----------------------|---------------------|--------------------------|------------------------------|
| Cyclohexene | - | 1000 ml/m³, 11/7 min, ≥35 min | 1000 ml/m³, 11/7 min, ≥45 min |
| Chlorine | - | 300 ml/m³, 300 min, ≥35 min | 300 ml/m³, 300 min, ≥40 min |
| Hydrogen Sulfide | - | 1400 ml/m³, 140 min, ≥35 min | 1400 ml/m³, 140 min, ≥45 min |
| Hydrogen Cyanide | 450 ml/m³, 1500 min, ≥15 min | 450 ml/m³, 1500 min, ≥35 min | 450 ml/m³, 1500 min, ≥35 min |
| Sulfur Dioxide | - | 1400 ml/m³, 140 min, ≥35 min | 1400 ml/m³, 140 min, ≥45 min |
| Hydrogen Chloride | 1520 ml/m³, 300 min, ≥15 min | 1520 ml/m³, 300 min, ≥35 min | 1520 ml/m³, 300 min, ≥40 min |
| Ammonia | - | 1400 ml/m³, 70 min, ≥35 min | 1400 ml/m³, 70 min, ≥40 min |
| Carbon Monoxide | 4375 ml/m³, 218 min, ≥15 min | 4375 ml/m³, 218 min, ≥35 min | 4375 ml/m³, 218 min, ≥40 min |
| Acrolein | 233 ml/m³, 1100 min, ≥15 min | 233 ml/m³, 1100 min, ≥35 min | 233 ml/m³, 1100 min, ≥40 min |

Purpose:
Designed to protect users from toxic combustion products (including carbon monoxide) during evacuation from smoke-filled areas in fires, as well as from hazardous chemicals (vapors, gases, aerosols) in industrial accidents or terrorist attacks.

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