Since our inception in the year 1995, we are dedicated towards manufacturing and supplying a qualitative range of Electromechanical Telescopic Masts. These masts are precisely manufactured at our contemporary production unit by making use of quality tested materials that are sourced from renowned vendors of the industry. The offered Electromechanical Masts are suitable to be used in telecom sector and available with us in plethora of sizes and specifications at industry leading prices. Features: Easy installation High tensile strength Superior finish @page { margin: 0.79in } td p { margin-bottom: 0in } h3.cjk { font-family: "Droid Sans Fallback" } h3.ctl { font-family: "Lohit Hindi" } p { margin-bottom: 0.1in; line-height: 120% } Technical Specification : Technical Parameters Parameter Values Type Of Mechanism Electro Mechanical (screw type), with manual cranking back-up. Application Ground Based, Mobile Power Supply 440V+8% AC, 3 phase, 50 Hz Electric Motor 2HP, 440 V+8 %, 3 Phase, vertical mounted, S1 duty, IP 65 protection. Mast Height From The Base Extracted 15000+75 mm Retracted 2100+25 mm Pay Load 100 Kgs Sail (WINDAGE) Area 2.918 m2 Wind Speed (KMPH) Operational Survival 90 140 Deflection Of The Mast Permissible (IN Degrees) 1o at 90 Km/ph (operational wind velocity) with Guy Ropes Space Requirement For Mounting (mm) 700 x 400 Time Required For Operation After Fitment Of Antenna EXTRACTION TIME < 8 min RETRACTION TIME < 8 min Mast Support Mounted at base on platform through L-Frame, supported with Hang on frame, which in turn fastened with ISO corners of shelter. Application Mobile Environmental Conditions Operational Storage Max Temp + 55 oC +70 oC Min Temp -20 oC -30 oC Humidity RH98% at 40 C Weight Of Mast (with L Frame) 715 Kgs. max. (Hang on frame excluded) Specification Of Telescopic Tubes Steel Alloy Tubes as per ST52/ IS2062 Specification. Hand Steering For Extraction Retraction Manual cranking standby arrangement provided. Safety Arrangement IP67 Protection provided on Limit switches at fully extracted and retracted condition.