|
Kod Code |
Ürün Adı Product Name |
Ölçü Measurement |
|---|---|---|
| ELSR101 | Düz Boru Mufu / Straight Pipe Socket | 16-20-25-32 mm |
| ELSR201 | Spiral Boru Mufu / Spiral Pipe Muff | 16-20-25-32 mm |
| ELSR301 | Şeffaf Spiral Boru Mufu / Transparent Spiral Pipe Muff | 16-20-25-32 mm |
| ELSR401 | 90° Dirsek / 90° Elbow | 16-20-25-32 mm |
| ELSR501 | T Dirsek / T Elbow | 16-20-25-32 mm |
| ELSR601 | Düz Boru – Buat Rekoru / Straight Pipe – Junction Box Record | 16-20-25-32 mm |
| ELSR701 | Spiral Boru – Buat Rekoru / Spiral Pipe – Junction Box Record | 16-20-25-32 mm |
| ELSR801 | Geçmeli Tip Antigron Kroşe Kapaklı / Snap Type Antigron Crochet Cover | 16-20-25-32 mm |
| ELSR901 | Geçmeli Tip Antigron Kroşe (Ay) / Interkaced Type Antigron Croched (Moon) | 16-20-25-32 mm |
| ELSR1001 | Dübelli Kroşe / Doweled Crochet | 16-20-25-32 mm |
| ELSR1001 | Baston Kroşe / Cane Crochet | 16-20-25-32 mm |
| ELSR1101 | Cımbız Kroşe / Tweezer Crochet | 16-20-25-32 mm |
| ELSR1201 | Boru Bükme Yayı / Pipe Bending Spring | 16-20-25-32 mm |
| ELSR1301 | Dübel / Dowel | 16-20-25-32 mm |
| ELSR1401 | 110x110x74 Termoplastik Buat / 110x110x74 Thermoplastic Junction Box | 6-7-8-10-12 mm |
| ELSTB101 | 85×85 Antigron Buat / 85×85 Antigron Junction Box | 110x110x74 mm |
| ELSTB201 | 200×200 Kare Buat / Desant Type Interlocking Deep Case Cover | 85×85 mm |
|
Koruma Sınıfı Protection Class |
– |
|
Min. Çalışma Sıcaklığı Min. Operating Temp. |
-5°C |
|
Max. Çalışma Sıcaklığı Max. Operating Temp. |
60°C |
|
Yalıtım Direnci Insulation Resistance |
– |
|
Deney Gerilimi Test Voltage |
– |
|
Sıkıştırma Dayanımı Compression Strength |
– |
|
Standart Standard |
TS EN 61386-21 Boru Sist. |
|
Hammadde Raw Material |
PP-PE-ABS |
|
Renk Kodları Color Codes |
01 02 03 04 05 06 07 |
TS EN 61386-1 Flame Retardancy Test Content:
Test Purpose: It is to determine how long the pipes in contact with flame can withstand the flame without spreading and how quickly it
extinguishes after the flame.
Testing Method: The pipe is exposed directly to a fire source for a certain period of time defined in the standard appropriate to its wall thickness in a closed cabin. During the test, the resistance of the pipe to flame is measured. When the pipe moves away from the flame, it should extinguish at the end of the period defined in the standard. The parts dripping from the pipe should not burn the paper placed under the test setup.
Acceptance Criteria: The tested pipe should be able to self-extinguish shortly after the flame source is removed. The accepted spread distance and time are determined by the standard. This test is very important to understand whether the pipes are safe and how durable they are in terms of fire safety.
Flame retardancy is a basic requirement for pipe systems, usually used in high-risk areas. However, there is a very important issue to know here. All plastics burn when exposed to fire. There is no such thing as a fireproof pipe made of PE and derivative plastics. Manufacturers produce pipes that will pass the test described in the Standard. Pipes must be tested as described in the standard and in accredited laboratories.