Tender Results
Corrigendum : Certain Improvements To Map Md Accommodation At Kmc And Cleaning Of Sintex Tanks And Other Miscellaneous Works At Md Accn Ghatkoper And Otm At Vikhroli Under Ge (n) Mumbai
Organization: Military Engineer Services
Location: Mumbai, Maharashtra, India
Ref id: 12830819
AOC Date: 29th Mar, 2025
Amount: ₹3089658.50
View DetailsCorrigendum : Repair/ Replacement Of Roof Sheet, Roof Treatment False Ceiling, Joinery And Certain Miscellaneous Work At Mil Stn Kalka Under Ge (i) Jutogh
Organization: Military Engineer Services
Location: Kalka, Haryana, India
Ref id: 12830820
AOC Date: 30th Apr, 2025
Amount: ₹1443530.00
View DetailsCorrigendum : 752964a Provn Of Security Wall In Situ Cast Of 2.4 Meter Height With 0.6 Meter Concertina Coil On Top Along With 24 X 7 Power Backup Around Army War College For An Approx Length 5.5 Km At Awc Under Ge Awc Mhow
Organization: Military Engineer Services
Location: Jabalpur, Madhya Pradesh, India
Ref id: 12830821
AOC Date: 31st May, 2025
Amount: ₹86470815.25
View DetailsCorrigendum : Renewal/replacement Of Furniture For Otm Accn Against Ber At Mil Stn Kota
Organization: Military Engineer Services
Location: Kota, Rajasthan, India
Ref id: 12830822
AOC Date: 17th Mar, 2025
Amount: ₹Refer Documents
View DetailsCorrigendum : Comprehensive Repairs To Certain Guard Rooms And Security Posts Under Age B/r-i And Age E/m Of Ge Satwari
Organization: Military Engineer Services
Location: Jammu, Jammu and Kashmir, India
Ref id: 12830823
AOC Date: 11th Mar, 2025
Amount: ₹3448574.50
View DetailsCorrigendum : Repair/ Replacement Of Sewage Line Manhole Cleaning Storm Water Drainage Cleaning Of Septic Tank And Repair / Maint Of Fencing Gates Security Wall Path And Hardstanding At 2003 Stn Under Ge (af) Gurgaon
Organization: Military Engineer Services
Location: Gurgaon, Haryana, India
Ref id: 12830824
AOC Date: 13th Mar, 2025
Amount: ₹2490767.75
View DetailsCorrigendum : Provision Of Water Pipe Line For Watch Towers At Vrde Ahmednagar Under Ge I Rnd Girinagar Pune
Organization: Military Engineer Services
Location: Ahmednagar, Maharashtra, India
Ref id: 12830825
AOC Date: 24th Mar, 2025
Amount: ₹9743060.00
View DetailsRepair/replacement And Servicing Of 33 Kv Kirby Grid In The Aor Of Age (u) E/s No -i Under Ge (u) Electric Supply Delhi Cantt-10
Organization: Military Engineer Services
Location: Delhi, Delhi, India
Ref id: 12830826
AOC Date: 17th Feb, 2025
Amount: ₹536000.00
View DetailsCorrigendum : Ge/h-74/2024-25 Repair/replacement Of Doors/windows And Allied B/r Works In Servant Qtrs Of Officer Md Accn P-18 P-19 And P-104 At Ahrr Under Ge E/m Rr Hospital Delhi Cantt-10
Organization: Military Engineer Services
Location: Delhi, Delhi, India
Ref id: 12830827
AOC Date: 22nd Mar, 2025
Amount: ₹1195280.00
View DetailsCorrigendum : Ge/863/ews-t-64 Of 2024-25 Provn Of External Electrification To Inter Connecting Black Top Road Pooh In The Area Of Age Em We Pooh Under Ge 863 Ews
Organization: Military Engineer Services
Location: Kinnaur, Himachal Pradesh, India
Ref id: 12830828
AOC Date: 6th Mar, 2025
Amount: ₹3046933.00
View DetailsCorrigendum : Addition/ Alteration And Special Repair To Fleet Sports Complex At Naval Dockyard Mumbai
Organization: Military Engineer Services
Location: Mumbai, Maharashtra, India
Ref id: 12830829
AOC Date: 30th Apr, 2025
Amount: ₹4100428.00
View DetailsCorrigendum : Repair Maintenance Of Building Security Light Fittings And Lightening Conductors Flame Proof Light High Mast Light And Connected Items At South And North Hansa Area Under Age Em I Of Ge Nw Vasco
Organization: Military Engineer Services
Location: Goa, Goa, India
Ref id: 12830830
AOC Date: 5th Jun, 2025
Amount: ₹2094465.00
View DetailsCorrigendum : Replacement Of Security Equipment Installations At Dmde Office Complex Under Ge I Rnd Kanchanbagh, Hyderabad - Supply And Fixing Of Electric Fencing - 520 Rm As Specified Below As Per Site Requirement Including Taking Down Existing Fencing With All Connected Accessories Viz. Energizer, Boom Barrier, Hydraulic Tyre Killer, Turnstile Gate, Swing Lane Barrier, Fencing Posts, Fencing Wire, Insulators, Door Frame Metal Detector Etc, Complete All As Specified And Directed By Engineer-in-charge., (a) General Description(a) This Scope Involves, Design, Supply, Installation, Testing And Commissioning Of A Non-lethal High Security. Electrical Fencing For The Purpose Of Deterrence, Detection, And Movement Control Of People / Unwarranted Trespassing Into The Premises For 520-meters Perimeter Length.(b) Anyone Who Touches The Power Fencing When The System Is Armed Shall Be Repelled By A Short, Sharp, Painful, But Safe Pulsed Dc High Voltage Shock. Alarms Shall Be Generated When Someone Touches, Tries To Climb Through Or Tampers With The Power Fencing System., (c) The Electric Fencing Shall Be Divided Into Two Zones.(d) This System Should Be Able To Alert Security Personnel Of An Attempted Intrusion And Identify The Zone Around The Perimeter Of The Site.(e) The Electric Fence Is To Be Installed On The Existing Wall And The Height Of The Fence Will Be 1.1 Meters From Top Of The Wall With 11 Nos. Of Fence Wires Having 100mm Gap Between Adjacent Wires And It Measure 1mtr.(f) Electric Fence Posts Are To Be Hot Dip Galvanized., (g) Distance Between Strain Fence Posts Spacing Shall Not Exceed 50-meter Nominal.(h) Distance Between Intermediate Fence Posts Spacing Shall Not Exceed 3-meter Nominal.(j) The Electric Fence Shall Incorporate Uv Stabilized Intermediate Post Insulators.(k) Warning Signs Shall Be Mounted Around The Fence Line At Intervals Not Exceeding 10m Or At Every Turn On The Physical Fence.(l) Dual Zone Fence Energizer Shall Be Installed To Create 2 Zones At Site., (m) One Dual Zone Led Keypad Shall Be Connected To Fence Energizer For Local Control And Programming Purpose.(n) A Touchscreen Controller Should Be Placed In Control Room. Fence Energizer Should Communicate With Touch Screen Controller Over Rs485 Network.(o) The Space Between Adjacent Wires On The Electric Fence Shall Be No More Than 10cm.(p) Anti-climb Configuration At Strain Points Shall Be Provided. Electric Fence Wire Shall Be Looped Around The Strain Post And Connected Back Onto Itself.(q) All High Voltage Impulse Wiring Shall Be Run In Conduit Separate From Any Other Wiring.(r) The Fence Energizer Shall Be Mounted In The Weatherproof Enclosure.(s) The Energizer Should Comply With Iec 60335-2-76 And Is302-2-76 Standards., (b) Technical Specification (electric Fence System):energizerthe Fence Energizer Should Have The Following Minimum Features: Energizer Should Be Dual Zone With Independent Zone Control. Energizer Should Communicate With Control Room On Rs485 Network. Energizer Should Have Lcd Display With Background Colours Which Changes According To The Status Of The Energizer. Green Colour Should Indicate That All Is Fine, Orange Indicate That Attention Is Required And Red Indicates An Alarm Condition., Energizer Should Display The Following Information When Specific Codes Are Inserted From Keypad: Fence Health On A Scale Of 1 To 9 For Each Zone Independently, Fence Output Voltage, Fence Return Voltage, Energy Stored, Capacity Used And Battery Voltage. Output Energy 3.7 Joule With 500 Ohms Load. Pulse Interval 1 Sec. Pulse Duration Should Be Less Than 0.1ms. Energizer Should Have Apt - Adaptive Power Technology Functionality. Which Means The Energizers Should Offer A Unique Technology To Detect How Much Power A Fence Can Accept And Handle Before It Starts To Arc And Waste Energy. This Maximises The Power On The Fence And Minimises False Alarms., Individual High Voltage Transformer For Each Zone. Magnetic Tag Switch Should Be Provided For On/off The Energizer Without Keypad. There Should Be A Provision To Disable Magnetic Tag Switch Through Keypad. Energizer Should Have Following Dedicated Inputs: (i) Fence Voltage High / Low For Each Zone.(ii) Panic Alarm.(iii) Energizer On/off For Each Zone. Energizer Should Have Following Dedicated Outputs:(i) One 12-volt Strobe Light For Each Zone.(ii) One 12-volt Siren. Energizer Should Raise Audible Alarm In The Following Condition:(i) Fence Tampered.(ii) Energizer Is In Service Condition., (iii) Panic Button Pressed.(iv) Low Battery Condition Battery Disconnected. Energizer Lcd Should Display Symbols For Following Indication:(i) Energizer Is In Low Voltage Or Off.(ii) Fence Voltage Is Low Or Bad.(iii) Fence Alarm Active Or Bypassed.(iv) Energizer Is In Service Or Tampered Condition.(v) Past Event For Any Fence Alarm.(vi) Battery Good / Low Or Flat Indication., Touchscreen Controller7\" (inch) Touch Screen Controller Should Be Installed At Control Room. Touch Screenshould Have Following Features: The Touch Screen Controller Should Be Able To Control Up To 32 Dual Zoneenergizers. Graphic Image Of The Site With Zones And The Fence And Energizer Conditionsshould Be Displayed On The Lcd Screen. Global And Individual Energizer Control. Each Fence Zone Should Go In Red Color In Alarm Condition And Green In Okcondition., Login With Password With Five Level Of Access: User1, User2, User3, Installer And Administrator. Map Image Of Perimeter Fence/s With Zones Zone Demarcation And Status Of Each Zone Touch Screen Controller Should Be Able To Form Its Own Separate Tcp/ip Network With Energizers Which Should Keep Hidden Each Energizer From The Mainnetwork. Touch Screen Should Work With Following Network: Rs485 With Energizer And Ethernet With Fence Software., Fence Software:software Should Have Following Features. Individual Energizer Control. Software Should Allow User To Graphically View Perimeter Of The Property. Global Energizer Control. Workspace Should Be A Monitoring Layout For User Where User Can Add Energizers, Touchscreen Controller And Any Front-end Actions As Well As A Background Image. It Should Support Multiple Workspaces. It Should Display Voltages Of Each Zone. Login With Password With Different Level Of Access: User And Administrator. Usercan Only View And Administrator Can View / Modify All., Allocating User Functions And Accessing Of Event Log Info. Map Image Of Perimeter Fences With Zones. Can Be Run As A Service Ensuring 24x7 Monitoring. Log Event And Alarms. Logs Record The Operational History Of The System Over Time.keypad: Dual Zone Keypad Should Be Installed With Energizer.keypad Should Have Followed Features. Keypad Should Control And Program Energizer., Led Indication Of Fence On/off. Individual Zone Status. Led Indication Of Fence Zone / Service / Tamper Alarm. Led Indication Of Fence Low Voltage, Fence Alarm Bypassed Or Active, Event In History, Battery Indication. Should Have Inbuilt Beeper. Panic Alarm Code Feature. Local Energizer Control On/off. Backlit Keypad.strain Pole:the Square Tube 40 X 40mm, 3mm Thick Hot Dip Galvanized Strain Post Should Be Used. The Height Of Strain Post Should Be 1.1mtrs Above The Wall. Additional Length Should Be Available For Fasteners / Welding (whatever Is Suitable As Per Site Requirement)., Strain Pole Should Be Installed At Every 50-meter Distance And At Steps / Turns / Discontinuities.intermediate Pole: Hot Dip Galvanized 20 X 20mm Square Tube (1.6mm Thick) Should Be Used As Intermediate Post. 11 Holes In 1.1 Meters For Insulators With Spacing Of 100mm. Additional Length Should Be Available For Fasteners / Welding (whatever Is Suitable As Per Site Requirement). Intermediate Pole Should Be Installed At Every 3-meters.stay Support:the Support To The Strain Posts Should Be Galvanized. Adequate Number Of Support Post Will Be Used For Holding The Posts In Position. 20 X 20mm Square Tube Of 1.6mm Thickness Should Be Used As Support Poles., Intermediate Pole Insulator:insulator Should Have Large Electrical Tracking Distance To Reduce Arcing In Areas Where There Is Pollution And Salt Build-up. It Should Have A Shield To Prevent Arcing Between Wire And Post. The Insulators Should Have Glossy Surface To Prevent Accumulation Of Dust And Facilitate Cleaning. It Should Be Of Uv Stabilized Plastic. It Should Be Installed On Post By Using Self Tapper Hooks., Wire Tightener:it Should Be Tensioner And An Insulator All In One. It Should Be Of Uv Stabilized Glass Filled Nylon Which Eliminates Galvanic Reaction Between Dissimilar Metal Thus Eliminating Rust And Can Be Used With Any Type Of Wire. It Should Use A Ratchet Tensioner To Tight The Wire. It Should Be Used At Earth Wires Of The Fence., Compression Spring Tensioner:the Compression Spring Tensioner Should Be A Compression Spring And A Ratchet Tensioner All In One. It Should Be Used To Maintain The Tension Of The Fence Live Wire And The Ratchet Tensioner Can Be Used To Increase The Tension As And When Required Over Time., It Should Have Hardy Glass Filled Nylon Body And Spindle. It Should Have A Plastic Inner Which Eliminates Galvanic Reaction Between Dissimilar Metals, Reduces Rust And Increases The Lifespan Of The Wire. It Should Be Used At The Opposite End Of Tension Sensor.tension Sensor:it Should Detect Change Of Tension In The Fence Wire By Using Electric Fence Monitoring Circuit To Create An Alarm Condition On The Energizer. This Is Required To Raise Alarm If Someone Climb On The Fence Without Shorting The Wire. It Should Detect An Open Circuit At Its First-stage Trigger Then Should Detect A Deadshort At Its Second-stage Trigger., It Should Be Installed On All Live Wires And Should Be Used At Opposite End Of Compression Spring Tensioner. The Tension Sensor Should Raise An Alarm In Case Of Climbing Or Pulling Of Fence Live Wire.strain Insulator: Strain Insulators Are Used At The Beginning Or At The End Of An Electric Fence Wire Run. The Material Should Be Uv Stabilized Plastic And Should Be Used At Oppositeend Of Wire Tightener., S-hook:the Stainless Steel S-hooks To Be Used At Strain Insulator, Compression Springs, Wire Tightener And Tension Sensors. The Diameter Of S-hook Should Be 6mm And Should Be Of Ss-304 Material.warning Sign: Warning Sign Board With Yellow Background And Letter Will Be In Black Colour In English, Compliance With Iec Standards. It Should Be Of 200 X 100mm Size And Should Be Made Of Uv Stabilized Plastic. It Should Be Installed At Every 10-meter Distance And At Turns / Steps., Double Insulated Cable:it Should Be Single Core Slimline Design 1sqmm Copper Wire Conductor. The Double Insulated Ht Cable Is Used For Connecting Fence With Energizer. It Should Be Uv Stabilized.earthing:the Galvanised Earth Spike Should Be Used To Earth The Electric Fence System. Hot Dip Galvanised Earth Spike With Nuts And Washer 1.2 M In Length. Separate Earthing Should Be Made For The Electrified Perimeter Security Fence System. Earth Spikes Should Be Installed At Every 50-meters Distance., Fence Wire:the Wire Used For The Power Fence Will Be Of 2.0mm In Dia And Should Begalvanized Wire Of At-least 200 Gsm. It Should Be High Tensile Wire.line Clamp:the Line Clamps Are Used To Join And Electrically Connect Cables, Wires And Poly Ropes. The Line Clamp Ensures That A Good Electrical Connection Is Maintained Between The Joints So That The Electric Fence Functions Correctly., Fence Light:fence Light Is A Warning Device That Tells In A Flash Whether The Security Fence Is Operating Or Not. One Light Should Be Installed For Each Zone. The Fence Light Should Flash With Every Energizer. It Should Be Able To Operate From 0.9kv To 12kv., Each Zone Of The Security Fence Should Have One Fence Light Installed. The Fence Light Flashing Rate Should Be Changed With The Change Of Voltage On The Fence. The Slower The Rate The Lower The Voltage. The Intensity Of The Light Remains The Same So It Can Be Seen From Far Irrespective Of The Fence Voltage. It Should Have Highly Visible Leds Allow For A 160-degree Viewing Angle. This Allows The Light To Shine Into The Secure Area Only., Lightening Diverter:dual Pole Lightening Protection System Inhibits Lightening And Diverts The Voltage Spikes Caused By Lightening.features: Built-in Lightening Inhibitor, Inhibits Lightening From Getting To The Energizer. Built-in Lightening Diverter, Diverts The Lightening From The Energizer Into The Earth Spikes. External Cover And Stainless-steel Components For Use Outdoors Near The Fence.material: Uv Stabilised Plastic Housing Stainless Steel Components For Long Life., Alarm System:the Alarm System Should Be Audio & Visual In Nature To Indicate Intrusion In The Protected Zone. Siren Should Have A Maximum 108db Output And Strobe Lights Should Be Visible Over A Distance Of 100 Meters When In Operation.enclosure:a Powder Coated Weatherproof Ip66 Metal Enclosure Will Be Used For The Energizer To Protect That In All Weather Conditions., Communication Cable:it Should Be Shielded Cat-6 Cable.hdpe Pipe: Hdpe Pipe Should Be Of 25mm Dia (od). It Should Be Used For Network / Comms Cable.solar Kit:solar Panel Must Be Of 150 Watt. Battery Must Be Of 12v 110ah. Charge Controller Must Be Of 30amps., Computer System:it Should Be I3 With 8gb Ram And 512gb Ssd. I Should Have A Led Display Of 19inch. Ups For Computer Should Be Of 1kva. Latest Windows Os Should Be Used.note: (i) All Major Hardware Components For Entire Power Fence Such As Fence Energizer, Boom / Lane Barrier, Hydraulic Typre Killer, Turnstile Gate, Intelligent Field / Master Controller, Guard Tour System Etc, Shall Be Of Same Oem For Efficient Functioning And Reliable Maintenance Of Power Fence. Also, The Software For Integration Shall Be As Specified By Oem., (ii) The Contractor Shall Conclude Memorandum Of Understanding (mou) With Oem Of Power Fence Manufacturers Before Quoting The Tender. The Authorisation Letter From Oem Shall Be Submitted In Cover 1 Alongwith Tender Document. Bid Shall Be Liable To Be Rejected If Letter Is Not Uploaded. The Oem Shall Be Of Any Manufacturer Of Power Fence As Specified In Sl Page No. 163 Of Tender Document., Supply And Installation Of Boom Barrier 5 Mtr Capcity With Rf Remote Kit And Control Panel. As Per Site Requirement Including Taking Down Existing Boom Barrier With All Connected Accessories Complete All As Specified And Directed By Engineer-in-charge.boom Length (mt) - 5 Mtrs, Height Of Boom From Ground (mm) - Min 900-complied, Housing Dimension (mm) - 330 X 250 X 950, Protecting Rating-ip54, Boom Shape-octagonal Shape, Control Panel.power Supply (v) - 230 A.c.50/60hz, Motor Power Supply (v) - 24 D.c, Max Power (w) - 300, Torque (nm) - 600, Opening Time (sec) - 3 To 6, Duty Cycle-intensive Use, Operating, Temp (degree C) -20 To +55, Operation - Smooth Operation Of Boom Barrier While Open And Close Without Bounce / Jerks At End Positions., Stand Alone With Push Button Switch And Can Also Shall Be Integrated With Access Control System. Safety - Optical Beam Sensor To Detect Presence Of Vehicles And Inversion Of Boom Movement, On Power Failure Mode - Barrier Can Be Raised Or Lowered By Releasing The Boom Lock With Key Type Mechanism. Warranty - One Year From Date Of Completion Of Work. Execution Of Similar Jobs - Vendor Should Have Executed Similar Jobs In Last Two Years And Should Submit Satisfactory Performance Reports, Availablity Of Service Center - The Bidder Must Have A Local Branch Or Authorized Service Center In The City Of The Installation., Certification - Ce. (nabl Accredited Lab Certificate To Be Provided)., Supply And Installation Of Hydaulic Tyre Killer - 4 Mtr Capacity As Per Site Requirement Including Taking Down Existing Hydaulic Tyre Killer With All Connected Accessories Complete All As Specified And Directed By Engineer-in-charge.system Type - Active 2-way Spikes, Crash Testing - The Bidders Should Submit The Physical Crash Test Certificates Issued By Authorized Premier Testing Agencies In The Name Of Oem S For The Respective Model Number As Quoted For (karco / Trl / Horiba Mira / Cts)., Complete Contact Details Of Issuing Agency To Be Given For Independent Validation. In Case Of Imported Product Bidder, Need To Furnish A Copy Of Bill Of Lading And Certificate Of Origin So As To Prove That The Tyre Killer Manufacturing Address Is Same As What Is Mentioned In The Crash Test. A Physical Test Report Is To Accompany The Bid With All Pages Of The Report Attached. Tyre Killer Construction - Tyre Killer Shall Be A Below Ground Assembly Containing A Solid Blocking Spike Capable Of Being Raised To An Above Ground Guard Position. In The Lowered Position The System Is Flushed With Road Surface. The Guard Position Shall Present A Formidable Obstacle To Approaching Vehicles., The Blocking Segment Shall Consist Of Spikes At An Angle Of 90 Or 60 Degree And Shall Be Made Up Of Tampered Steel. The Gap Between The Spikes Measured From The Center Of The Spikes Shall Be Minimum 100 Mm.mechanism - Electro-hydraulic / Electro- Mechanical. Speed - 3 Seconds. Height Of Spike Above The Ground 150 Mm Or More. Blocking Width Upto 6 Mtrs. Spike To Spike Distance - 100 Mm Min In Order To Stop 02 Wheelers. Housing Galvanized Mild Steel Body. Surface Treatment - Tyre Killer Surface Should Be Hot Dip Galvanized And Painted So That It Can Withstand Corrosion From Marine Environment., Safety Devices Safety Against Vehicle: Loop Detector / Photo Sensor Should Be Provided. Mtbf (mean Time Before Failure) 10-15 Million Operations. Power Supply 415 Vac 50 Hz. Duty Cycle 100%. Operating Temperature -20 Degree To C To 70 Degree C. Power Failure Mode Manual Operation Available Through Hydraulic Hand Pump., Emergency Operation Procedure: The System Should Have A Mechanism To Raise The Tyre Killer Even In Case A Vehicle Is Present Over The Safety Loop. The Same Should Be Demonstrated As An Emergency Operation In The Technical Submission. Hydraulic Power Unit (hpu) The Hpu Shall Use Standard Industrial Components, Which Conform To Hydraulic Industry Standards Preferably A Made In India Product Iso & Certifications. The Tyre Killer Manufacturer / System Integrator Should Have Quality Certificates Like Iso 9001:2015 & Safety Certificates Iso 45001:2018 From Reputed Certifying Body Like Tuv, Bv, Sgs Bv, Sgs., Supply And Errection Access System For Turnstile Gate Of Generation Of Log - 01 No, With Flap Barrier, Access Cards - 300 Nos With Lanyard, Card Holder And Priniting Etc, Including Taking Down Existing Turnstile Gate With All Accessories Complete All As Specified And Directed By Engineer-in-charge.note: Pc Should Be Provided By The Customer For Installation Of Acces Software., Design: The Turnstile Is A Heavy Duty Full Height Turnstile That Is Extremely Suitable To Ensure Outside Perimeter Security. This Stainless Steel Turnstile Is Available With Four Door Wings Constructed From Stainless Steel With Either Straight Or Curved Arms. The Tandem Unit Ensures That Two Passages Can Be Created On A Limited Ground Surface.functionalitymicro Processor Based Full Height Turnstile Controller With Logic For Locking Rotor, Feedback And Lane Indicators. The Rotor Are Moved By A 90 Degree Rigid Locking Mechanism. A Microprocessor Control System Guarantees The Precise Movement And Locking Of The Rotor., Technologythe Turnstile Can Be Configured To Have A Fail-safe Exit, In The Case Of A Power Failure, Disengages The Locking Mechanism Allowing Users To Exit Manually. If A Fire Alarm System Is Connected To The Turnstile, The Locking Mechanism Is Disengaged Automatically In An Alarm Situation. A Dual Lane Full Height Turnstile Can Also Be Installed For Additional Exit Capacity. If No Emergency Exit Is Required, The Turnstile Can Also Be Configured To Be Fail-lock In Which Case The Mechanism Will Remain Locked In Case Of An Emergency Maintaining A High Level Of Security As Per Site Requirement.housing Material Stainless Steel 304. Housing Asethetic Matt Finish., Height 2225 Mm Approx. Width 1500 Mm Approx. Length 1450 Mm Approx. Walkway / Passage Clearance 530 Mm Approx. Rotor Arm 4 X 90 Degree. Power Supply 230 V Ac, 50 Hz. Control Circuit Operating Voltage 24 V Dc. Nominal Power Consumption 60 W Or Less. Intelligence Pic 8-bit Cmos Flash Microcontrollers Controller Based With High Performance Risc Cpu. Operation Bi-directional. Internal Components Rust Free Alloy Of High Strength. Head Mechanism - Hydraulic Damping Provided To Ensure Rotor Always Rotates Quietly And Smoothly To The Home Position. Solenoid Operation, Positive Action Lock Which Prevents Two Passages At One Time. Mode Of Operation - Normally Closed / Locked. Access Control Integration - Potential Free Inputs For Both Entry And Exit Operation., Functions Seamlessly After Integration With Any Third Party Access Control Systems Through No Input. Emergency: In Case Of Emergency Inputs Full Height Turnstile Are Configured To Fail Safe Mode I.e. Rotor Remain Free To Rotate Till It Gets The Emergency Pulse. Block: In Case Of Block Inputs Full Height Turnstile Are Configured To Fail Lock Mode Ie. Rotor Remain Locked Till It Gets The Block Pulse., Interface Microswitch Output For Complete Transaction (com, No, Nc). Fail Lock / Safe In Case Of Power Failure Full Height Turnstile Can Be Configured Either Fail Safe Or Fail Locked Mode. (as And When Required By Coustomer At Site). Hold Open Time Is Adjustable From 1 To 10 Seconds. Visual Indication Full Height Turnstile Is Equipped With Lane Indication Display With Red Cross And Green Arrow Sign For Status And Direction Indication. Fraud Condition Wrong Entry Is No Allowded., Supply, Install, Testing Door Frame Metal Detector As Per Site Requirement Including Taking Down Existing Door Frame Metal Detector With All Connected Accessories Complete All As Specified And Directed By Engineer-in-charge.(a) Oem Should Be Iso 9001:2015, Iso 14001: 2015, Iso 27001:2013 & Iso 45001:2018 Certified. The Following Documents Sahll Be Submitted Along With The Bid: - Oem Should Have Service Centre In All Tier I Cities Of India. Oem Should Submit Local Gst Certificate. Oem Should Have Minimum Turnover Of 100 Crores., Oem Should Have Supplied, Installed & Commissioned 100 Nos Of Dfmd At Any Govt / State Govt / Psu In Last 5 Years. Purchase Order Copy Alongwith Work Completion Certificate To Be Provided Along With The Bid. Technical Compliance Should Be Provided On Oem S Letter Head. Bidder Should Submit Manufacturer Authorization Letter For Dfmd. Dfmd Should Be Indigenous Make & Factory Should Be In India. Oem Should Have 10 Years Of Experience. Po Copy From Any Govt Organization To Be Submitted As A Proof. Detectable Metals Detection Capability For Both Ferrous And Non Ferrous Metals., Passage Dimensionsheight - 185cm Or More, Breadth - 72cm Or More, Width - 50cm Or More Weight 80kg Maximum. Alarm Audio Visual Alarm With Alphanumeric Lcd Display, Height On Person Bar Display (metal Locator), Low Battery Indication. Sensitivity Wide Range Of Sensitivity Setting And Fine Tuning, Adjustable In Step To 250 Levels. Zones Not Less Than 33 Detection Zones, Covering Full Heights Of The Equipment. Calibration Manual And Automatic By Built-in Key Pad. All Functions Should Be Programmable And Controlled By A Microprocessor., Counter Intelligent Traffic Counter For Calculating The Number Of People In And Out Also The Alarm Number With Percentage Display. Temperature: The Dfmd Should Work Satisfactory In Temperature Range Of -20 Deg C To +55 Deg C And Humidity Of 95% Non-condensing. (supported By Test Certificates From Nabl Accredited Laboratory). Ip Protection: Dfmd Should Meet Ip 65 Standards. (supported By Test Certificates From Nabl Accredited Laboratory). Safety: Dfmd Should Be Tested For Latest Electrical Safety & Emc Standards (supported By Test Certificates From Nabl Accredited Laboratory)., Through Put Approximate 15 To 20 Persons In A Minute (excluding Access Control Reader Validation Time).power Failure: In Case Of Power Failure, Rotor Remain Free To Rotate. Once The Power Is Restored Rotor Will Be Locked Again. Mtbf 10 Million Cycles. Optional Accessories Wireless Remote, Reader Stand, Digital Counter, Led Tower Light Indicators, Rfid Reader, Rfid Reader Controller, Rfid Tag. Duty Cycle 100%. Ambient Operating Temperature 0 To +50 C. Certification Ce., Control Panel:a) A Suitable Control Panel Shall Be Provided To Turn Unit On, Access And Adjust Setup And Programming. The Control Panel Shall Be Used To Turn The Dfmd On. The Unit Should Be Ready To Operate Within Ten Seconds. The Manual Self-test Shall Be Activated At Any Time By Pressing Suitable Control Menu. The Control Panel Shall Be Used To Turn The Dfmd Off, Ensuring That All Of The Information And Settings Are Stored In Memory Before Shut Down.b) The Dfmd Control Panel Should Be Tamper Proof. All Settings Should Be Secured With A Key Lock. Further Security Should Be Accomplished With A Cabinet Lock To Prevent Unauthorized Access To Physical Cables, Connectors & Electronics., C) Display: A Visual Display Should Be In The Overhead Panel. The Display Should Provide Calibration And Operational Information, Including Program And Sensitivity Settings, Operator Functions. The Display Should Display All Self-prompting Regulation And Control Functions As Well As Traffic Count Information.d) Counter: The Dfmd Shall Have A Traffic Counter That Should Track The Number Of People That Have Passed Through The Detector, The Number Of Alarms And Should Calculate The Alarm Percentage. The Counter Should Be Used To Obtain An Automatic Update On The Traffic Count., Alarms And Indication:a) There Should Be Both Visual And Audible Alarms. It Should Be Possible To Adjust Volume Of The Audible Alarm. At Its Loudest Setting, The Volume Should Be Adequate To Overcome Ambient Noise Present Nearby.b) Green To Red Indication As Visual Indication Of An Alarm Should Appear When The Unit Detects A Targeted Amount Of Metal Within The Walk-through According To The Program And Base Sensitivity Settings. When A Target Is Detected, The Alarm Light Should Appear Even If The Audio Volume Is Off.c) A Bar Graph Display Should Be Provided Which Can Indicate The Approximate Quantity Of Metal Passing Through The Detector., D) A Mimic Display Should Be Present On The Control Panel Which Can Indicate The Locations Of Zones That Have Detected The Metal.e) There Shall Be A Visual Indication For Operation On Battery And On Mains.f) Power Supply And Battery Backup: The Dfmd Shall Have A 90-270v Operation Smps Power Supply, Should Be Provided With Internal Battery Back-up For 06 Hours Minimum Operation In Case Of Power Cut. The Battery Shall Be Of Lead Acid Maintenance Free Type.g) Remote Control: The Dfmd Shall Have A Remote Control To Operate The Control Panel Without Using The Buttons On The Panel. The Remote Shall Have Similar Buttons As On The Control Panel To Allow Similar Operation., Operational Features:a) Ready Time: The Dfmd Shall Be Ready To Operate In Less Than 10 Seconds After The Detector Is Switched On. The Detector Shall Calibrate Itself Automatically After Being Switched On. All The Settings In Memory Saved Previously Shall Be Applied Automatically. B) Password Protection:(i) There Shall Be Two Levels Of Password Protection For User And Supervisor Level Device Control. Both Use And Supervisor Shall Have Their Own Passwords.(ii) The Supervisor Shall Have The Authority To Change Or Reset The Password For Both User And Supervisor., (iii) The Passwords Shall Be Saved In Memory And Shall Be Retained In Case Of Power Loss To The Dfmd.c) Control Level Restriction: The Level Of Access To The Settings Of The Dfmd Shall Be Restricted In Two Levels, User And Supervisor. The User Shall Have Access To Only The Basic Settings, Whereas The Supervisor Shall Have Access To All The Settings Of The Dfmd.d) Volume Levels: There Shall Be At Least 10 Levels Of Volume Control Settings. At The Lowest Level Of Setting The Volume Shall Be Completely Off For Silent Operation In Areas Where Noise Is Not Permitted. When The Volume Is Set To Zero The Visual Indications Shall Not Be Affected., E) Alarm Time: It Shall Be Possible To Adjust The Time Duration Of The Alarm, This Should Allow The Supervisor To Set The Alarm Indication To The Desired Time Period Depending On The Flow Of People.f) Base Level: There Shall Be A Provision To Select The Base Level Settings Between 3 Levels. This Shall Affect The Sensitivity Of All The Zones Of The Detector. A High Base Level Shall Make The Zones More Sensitive To The Metal.g) Frequency Control: It Shall Be Possible To Adjust The Frequency Of Operation Of The Detector. This Shall Enable Multiple Detectors To Work Close To Each Other Without Interfering With Each Other. There Shall Be At Least 15 Level Of Frequency Control Capability. Once The Frequency Is Selected It Shall Be Saved In Memory., H) Traffic Counter: I) The Traffic Counter Shall Count The Number Of People Passing Through The Detector. It Shall Display The Balance Of People In One Direction.ii) The Counter Shall Count The Number Of Alarms And Shall Also Display The Alarm Percentage.iii) It Shall Be Possible To Set The Increment And Decrement Direction Of The Counter.j) Infrared Sensors: It Shall Be Possible To Disable The Infrared Sensors From The Menu System By The Supervisor If Required. The Counter Shall Continue To Operate In This Situation.k) Random Alarm: User Selectable Random Alarm Feature., L) Certifications Ce Certified. Cutting, Drilling, Plastering, Painting Taking Out And All Type Of Miscellaneous Civil Working Involve As Per Site Requirement In Executing Of Door Frame Metal Detector 33 Zone Installation Civil Work Considered In Quoted Rate Not Measure Saperately., Supply And Fixing Of Swing Lane Barrier Wide Lane 900mm Swing Lane Barrier (a) Application - Entrance & Exit Points In Corporate Offices, Manufacturing Units, Amusement Park, Where Controlled Access Is Essential But Both Aesthetics & Pedestrian Throughput Is Major Concern As Per Site Requirement Including Taking Down Existing Swing Lane Barrier With All Connected Accessories Complete All As Specified And Directed By Engineer-in-charge.(b) Lane Configuration - Single Lane Or Multiple Lane, Two Housings (end Column) With Two Swing Flap Make One Lane Of Pedestrian Access Lane. For Handicapped Lane Two Swing Type Flaps Are Required. Single Lane And Multi Lane Configuration Should Be Possible., (c) Technical Specification:(i) Passage Clerance 600 Mm For Pedestrain Lane And 900 Mm For Handicapped Lane.(ii) Opening / Closing Time 0.6 Second For Pedestrian Lane And 1 Sec For Handicapped Lane.(iii) Hold Open Time Should Be Programmable.(iv) Site Indoor / Outdoor Equipment Under Canopy.(v) Weight Heavy Duty For Strong And Sturdy Installation., (vi) Dimension (d X W X H) In Mm Of Swing Lane Cabinet 120 X 1300 X 1000 Mm (110 Mm Is Box Width, 1000 Mm Is Height, 1400 Length Of Flap Barrier Box) 7 Housing / Casework Material Stainless Steel 304 Material. (optional - Other Colour Options Should Be Availabe At Higher Cost.)(d) Intelligence Controller Should Be Microprocessor Based. It Should Have Self Checking Procedure On Power On Condition To Ensure Safe Operation And Detect Any False Operation.(e) Logic Control Should Have Logic Control For Flap (panel) Operation Depending Upon Lane Configuration, Safety, Tailgate Detection And Wrong Entry., (f) Throughput Approximate 20 To 25 Person In Case Of Normally Closed Mode Of Operation Excluding Card Reader And Validation Time For Pedestrain Lane.(g) Integration Should Function Seamlessly After Integration With Any Third Party Access Control System.(h) Drive Technology Servo Control Drive Technology With Kep Switches And 7 Segment Display For Parameter Settings And Error Display. Infrared Sensing Technology To Monitor Realtime Monitoring Of Safety Requirements Alongwith Tailgate And Wrong Entry Detection., (j) Drive Mechanism Swing Type Highly Reliable And Smooth Mechanism With Almost Negligible Noise. Each Flap Should Swing 90 Degree To Make One Operation. Encoder Should Be Used For Self Positioning., (k) Operation Modes Should Be Settable From Controller Usig Key Switches And Display. Following Modes Of Operation Should Be Possible Bi-diectional. Flaps Should Open After Receipt Of Valid Signal From Either Side (entry Or Exit) Normal Operation With Access Control Card Single Direction Control And Opposite Direction Free Both Direction Free Both Direction Locked And No Movement Possible.(l) Lane Indicator Should Be On The Top Of Rotating Element. It Should Be Blue In Power On Condition. Green On Valid Card While Red On Error Conitions., (m) Sensors Transmitter And Receiver Type For Safety, Tailgate Detection And Wrong Entry Detection. Type All Sensors Should Be Transmitter And Receiver Type. Safety The Optical Beam Installed In The Housings Close To The Swing Panels Will Inhibit The Closing Of The Panel While The Person Is In The Area Of These Panels, Therefore The Injury To A Person Is Nearly Impossible. Application Lane Configuration Fraud Entry Or Wrong Entry Sensor On Both Side Of Flap Barrier Cabinet. On Detection Of Wrong Entry Flap Should Closed If They Are In Open Condition. Safety Procedure To Be Followed As Required.tailgate Sensor Required(n) Duty Cycle Continous Use And 100% Duty Cycle(o) Operation Should Be Bi-directional., (p) 20 Retractable Panels (flaps) Material Acrylic / Polycarbonate Thickness 10 To 12 Mm.(q) Normal Mode Of Operation Normally Closed.(r) Power Failure Flaps (panels) Should Open Automatically And No Manual Intervention Is Required. In The Event Of Power Failure, The Flaps Will Drive To The Open Position And The Unit Will Shut Down Until Power Is Restored.(s) Power Supply Should Be Driven By Ac Mains (230 V, 50 Hz).(t) Power Consumption (typical) 50 Watts Per Lane In Operation. In Standby, It Should Not Be More Than 10 Watt., (u) Reader Mounting Arrangement: Reader Mounting (card) Arrangement To Be Provided On Both Side Of The Flap Barrier As Required.environment & Safety(v) Operating Environment Indoor.(w) Installation Housing Is Fixed To A Structural Floor & Will Not Require Support From Sidewalls Or Ceilings. Fixing Is Normally By Means Of Expanding Bolts (anchor Bolts) Into Structural Concrete Base.(x) Product Support And Supply Of Spares Guaranteed For At Least Five Years. Certificate From Supplier Is Required While Quoting.certification Ce (nabl Acredited Lab Certificate To Be Provided)., Notes For Sl Item Nos. 1 To 6: Cutting, Drilling, Repairs To Plastering, Painting And All Type Of Miscellaneous Civil Works Involved As Per Site Requirement In Executing Of Solar Fencing - 520 Rm Installation Civil Works And Cable Excavation Work, Returning, Filling In And Removal Of Surplus Soil / Materials N. Exc. 50mtr Distance All As Per Mes Schedule Shall Deemed To Be Included In Quoted Rate. No Claim Whatsoever Shall Not Be Entertained At Lator.
Organization: Military Engineer Services
Location: Secunderabad, Telangana, India
Ref id: 12830831
AOC Date: 17th Apr, 2025
Amount: ₹10436000.00
View DetailsCorrigendum : Provision Of Furniture Shed With Brick Wall Near Mithun Building At Rs Colaba Mumbai And Improvement Of 04 In Nos Garbage Points At Navy Nagar Colaba Mumbai
Organization: Military Engineer Services
Location: Mumbai, Maharashtra, India
Ref id: 12830832
AOC Date: 11th Mar, 2025
Amount: ₹3686367.00
View DetailsCorrigendum : Special Repair To Internal Wiring, Lightening Protection In Armoury Building At Af Stn Bhowali
Organization: Military Engineer Services
Location: Bareilly, Uttar Pradesh, India
Ref id: 12830833
AOC Date: 19th Mar, 2025
Amount: ₹1138997.00
View DetailsRepair And Replacement Of Galvalume Sheet, Trusses, False Ceiling And Leakage/ Seepage Of External Wall Of Certain Bldgs Under Age B/r I At Naval Station Karanja
Organization: Military Engineer Services
Location: Raigad, Maharashtra, India
Ref id: 12830834
AOC Date: 23rd Apr, 2025
Amount: ₹6306754.50
View DetailsCorrigendum : Certain Repairs To Joinery, Plastering, Roofing, Plumbing, Tiling, Flooring, Sanitary Fitting To Klp-i And Ii And 1b Area Of Sli At Fatehgarh Cantt
Organization: Military Engineer Services
Location: Agra, Uttar Pradesh, India
Ref id: 12830835
AOC Date: 19th Apr, 2025
Amount: ₹3936623.00
View DetailsCorrigendum : Conversion Of Overhead Ht Line To Ug Cable At Mil Stn Sangrur Under Ge South Paitla
Organization: Military Engineer Services
Location: Patiala, Punjab, India
Ref id: 12830836
AOC Date: 19th Apr, 2025
Amount: ₹674915.00
View DetailsCorrigendum : Repair Or Maintenance Or Replacement Of Ug Lt Cables, Feeder Pillar Boxes And Allied Works At Various Locations At Hq Eac (u) Af Under Ge (i) (af) Shillong
Organization: Military Engineer Services
Location: Shillong, Meghalaya, India
Ref id: 12830837
AOC Date: 6th Jun, 2025
Amount: ₹2173775.50
View DetailsCorrigendum : Periodical Maintenance Or Repairs Of Transformers, Voltage Stabilizers And Apfc And Allied Works At 509 Su Af Station Laitkor Peak Under Ge (i) (af) Shillong
Organization: Military Engineer Services
Location: Shillong, Meghalaya, India
Ref id: 12830838
AOC Date: 6th Jun, 2025
Amount: ₹1712035.00
View Details