Fuji Sakura Elevator will explain to you the composition of the passenger elevator

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1. Dear Sirs,
   Firstly, on behalf REEC HOLDINGS (A member Company of MDH Engineering) I would like to send the best regards to your company. Now, REEC Holdings is taking part the Project: Supply passenger elevators for Hanoi University of Science and Technology project. According to some in formations, we have the honor of knowing your company is famous and prestigious in manufacture, supply passenger elevators. By this Inquiry, REEC Holdings desire interested and cooperation from you in this Project. We are glad to send you our inquiry as follows:
   GENERAL INFOMATION
   1 Investor Hanoi University of Science and Technology & T & T Group
   2 Name of project Supply passenger elevators for Hanoi University of Science and Technology and T & T building project
   3 Time to complete project Max 120 days
   5 Delivery Ex Works / FOB/CIF
   6 Technical specification for elevators Pls find in the attached file

   SCOPE OF SUPPLY
   1. Hanoi University of Science and Technology
   No List of equipment Model/Code Q’Ty CIF Hai Phong Port Vietnam
   Unit Price Amount
   A A BLOCK
   A.1 A.00 TOWER
   1 Passenger Elevator
    Type : MRL
    Capacity : 800KG
    2 stops, speed 60m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 1.00
   2 Passenger Elevator
    Type : MRL
    Capacity : 800KG
    3 stops, speed 60m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 1.00
   3 Passenger Elevator
    Type : MRL
    Capacity : 1350KG
    3 stops, speed 60m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 1.00
   4 Passenger Elevator
    Type : MR
    Capacity : 1350KG
    13 stops, speed 105m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 3.00
   5 Passenger Elevator (WITH FIRE PREVENTION FUNCTION)
    Type : MRL
    Capacity : 1000KG
    15 stops, speed 60m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 1.00
   A.2 A.04 TOWER
   1 Passenger Elevator
    Type : MRL
    Capacity : 800KG
    4 stops, speed 60m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 2.00
   B KHỐI NHÀ B
   B.1 B.03 TOWER
   1 Passenger Elevator
    Type : MRL
    Capacity : 800KG
    6 stops, speed 60m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 2.00
   B.2 B.04 TOWER
   1 Passenger Elevator
    Type : MRL
    Capacity : 800KG
    4 stops, speed 60m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 2.00
   B.3 B.05 TOWER
   1 Passenger Elevator
    Type : MRL
    Capacity : 800KG
    5 stops, speed 60m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 2.00
   B.4 B.06 TOWER
   1 Passenger Elevator
    Type : MRL
    Capacity : 800KG
    5 stops, speed 60m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 2.00
   B.5 B.07 TOWER
   1 Passenger Elevator
    Type : MRL
    Capacity : 800KG
    4 stops, speed 60m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 2.00
   B.6 B.08 TOWER
   1 Passenger Elevator
    Type : MRL
    Capacity : 800KG
    6 stops, speed 60m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 2.00
   B.7 B.09 TOWER
   1 Passenger Elevator
    Type : MRL
    Capacity : 800KG
    4 stops, speed 60m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 2.00
   B.8 B.10 TOWER
   1 Passenger Elevator
    Type : MRL
    Capacity : 800KG
    6 stops, speed 60m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 4.00
   2 Passenger Elevator (WITH FIRE PREVENTION FUNCTION)
    Type : MRL
    Capacity : 1000KG
    5 stops, speed 60m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 1.00
   C KHỐI NHÀ C
   C.1 C.01 TOWER
   1 Passenger Elevator
    Type : MRL
    Capacity : 800KG
    2 stops, speed 60m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 1.00
   C.2 C.26 TOWER
   1 Passenger Elevator
    Type : MRL
    Capacity : 630KG
    6 stops, speed 60m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 1.00
   C.3 C.27 TOWER
   1 Passenger Elevator
    Type : MRL
    Capacity : 630KG
    6 stops, speed 60m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 1.00
   C.4 C.31 TOWER
   1 Passenger Elevator
    Type : MRL
    Capacity : 630KG
    6 stops, speed 60m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 2.00
   C.5 C.33 TOWER
   1 Passenger Elevator
    Type : MRL
    Capacity : 630KG
    8 stops, speed 60m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 2.00
   C.6 C.35 TOWER
   1 Passenger Elevator
    Type : MRL
    Capacity : 630KG
    6 stops, speed 60m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 2.00
   D D BLOCK
   D.1 D.00 TOWER
   1 Passenger Elevator (WITH FIRE PREVENTION FUNCTION)
    Type : MRL
    Capacity : 1000KG
    2 stops, speed 60m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 1.00
   D.2 D.03 TOWER
   1 Passenger Elevator (WITH FIRE PREVENTION FUNCTION)
    Type : MRL
    Capacity : 1000KG
    2 stops, speed 60m/min
    Standard : EN81-20.
    Dry contacts connected to the building management system BMS
    Having the function of connecting 24/7 on the cloud computing platform helps to ensure the operation of the device continuously 24/24h. 2.00
   TOTAL 40.00

   2. T & T Building Project
   No List of equipment Model/Code Q’Ty CIF Hai Phong Port Vietnam
   Unit Price Amount
   1 Passenger Elevator
    Type : MR
    Capacity : 1350KG
    Stop : 09 stops
    Speed 90m/min (1.5m/sec)
    Standard : EN81-20.
    Travel (TR): According to actual design document (will be provided when ordering)
    Landing door position : Front – In line
    Location of the engine room: The engine room is right above the elevator pit
    Counterweight: Rear counterweight
    Elevator power supply: 3 Phase, 5 wire, 380 VAC, 50Hz (customer supplied to machine room)
    Power source for elevator lighting: 1 Phase, 220 VAC, 50 Hz (provided by customer to machine room).
    Elevator pit size: Width 2600 mm x Depth: 2700 mm
    Cabin : Width 1800 mm x Depth 2000 mm x Height 2350mm
    Elevator door: Width 1200mm x Height 2100mm
    Landing door: Width 1200mm x Height 2100mm
    PIT : 1600mm
    OH : 4500mm
    Machine room: H1800mm
    Cabin size: Width 1800 mm x Depth 2000 mm x Height 2350mm
    Two front walls: Made of fine-striped stainless steel (Inox 304, 1.2mm thick)
    Two side walls: Large mirror stainless steel plate in the middle with fine stripes of stainless steel two sides (Inox 304 1.2mm thick)
    The back wall of the cabin: Large mirror stainless steel plate in the middle interspersed with fine striped stainless steel on both sides (Inox 304 1.2mm thick)
    Elevator room ceiling: Mirror stainless steel and mica
    Handrails: Flat stainless steel bar installed on both sides of the cabin wall
    Elevator room floor: Granite
    Lighting : Recessed fixture
    Cabin door : Door speed control by VVVF voltage and frequency change system helps elevator doors to be opened and closed more smoothly.
    Door type : Two wings open/close from the center – Material: Fine striped stainless steel
    Landing door : Two wings open/close from the center – Material: Fine striped stainless steel
    Hall door jamb: Narrow cover frame – in stainless steel with fine stripes. 304 stainless steel 1.2mm thick
    Door sill : Alloy Aluminum – Profiled
    Control panel in the Cabin:
   F Stainless steel material
   F Dot matrix display (LED format
   F matrix) position and direction of operation of the ladder.
   F Elevator load indicator table
   F BELL Emergency Bell
   F Emergency lighting during power outages EML
   F Floor call button (Type of push button with play shining )
   F OPEN/CLOSE door open and close button
   F Internal communication (INTERPHONE)
   F Backup power system for lights in case of power failure still works for 60 minutes
    Landing door control panel:
   F Stainless steel material mounted on all floors
   F Push buttons to call the ladder up and down at the floor (push button type with light)
   F Dot matrix display (LED format matrix) position and direction of operation of the elevator.
    Rescue device in case of power failure : Synchronous supply
    Safety functions : As standard 02
   2 Passenger Elevator
    Type : MR
    Capacity : 1000KG
    Stop : 09 stops
    Speed 90m/min (1.5m/sec)
    Standard : EN81-20.
    Travel (TR): According to actual design document (will be provided when ordering)
    Landing door position : Front – In line
    Location of the engine room: The engine room is right above the elevator pit
    Counterweight: Rear counterweight
    Elevator power supply: 3 Phase, 5 wire, 380 VAC, 50Hz (customer supplied to machine room)
    Power source for elevator lighting: 1 Phase, 220 VAC, 50 Hz (provided by customer to machine room).
    Elevator pit size: Width 2600 mm x Depth: 2700 mm
    Cabin : Width 1800 mm x Depth 2000 mm x Height 2350mm
    Elevator door: Width 1200mm x Height 2100mm
    Landing door: Width 1200mm x Height 2100mm
    PIT : 1600mm
    OH : 4500mm
    Machine room: H1800mm
    Cabin size: Width 1800 mm x Depth 2000 mm x Height 2350mm
    Two front walls: Made of fine-striped stainless steel (Inox 304, 1.2mm thick)
    Two side walls: Large mirror stainless steel plate in the middle with fine stripes of stainless steel two sides (Inox 304 1.2mm thick)
    The back wall of the cabin: Large mirror stainless steel plate in the middle interspersed with fine striped stainless steel on both sides (Inox 304 1.2mm thick)
    Elevator room ceiling: Mirror stainless steel and mica
    Handrails: Flat stainless steel bar installed on both sides of the cabin wall
    Elevator room floor: Granite
    Lighting : Recessed fixture
    Cabin door : Door speed control by VVVF voltage and frequency change system helps elevator doors to be opened and closed more smoothly.
    Door type : Two wings open/close from the center – Material: Fine striped stainless steel
    Landing door : Two wings open/close from the center – Material: Fine striped stainless steel
    Hall door jamb: Narrow cover frame – in stainless steel with fine stripes. 304 stainless steel 1.2mm thick
    Door sill : Alloy Aluminum – Profiled
    Control panel in the Cabin:
   F Stainless steel material
   F Dot matrix display (LED format
   F matrix) position and direction of operation of the ladder.
   F Elevator load indicator table
   F BELL Emergency Bell
   F Emergency lighting during power outages EML
   F Floor call button (Type of push button with play shining )
   F OPEN/CLOSE door open and close button
   F Internal communication (INTERPHONE)
   F Backup power system for lights in case of power failure still works for 60 minutes
    Landing door control panel:
   F Stainless steel material mounted on all floors
   F Push buttons to call the ladder up and down at the floor (push button type with light)
   F Dot matrix display (LED format matrix) position and direction of operation of the elevator.
    Rescue device in case of power failure : Synchronous supply
   Safety functions : As standard 02

   Basing oneself on contents in scope of supply and above technical required, REEC HOLDINGS suggests your company deeply research all our inquiry and Please send us all documents in this project as soon as possible. ( By Email, Fedex, or DHL….)
    The offer according to our scope of supply.
    Commercial terms
    Technical offer for project
    Technical schedule (Attached file)
    Detail Technical Specification for elevators
    Catalogues
    ISO Certificates – Special Standard for system & Other remain Certificate
    Brochures
    List of project exports and domestic projects completed

   Note: All documents is packed in 03 Original and send by FEDEX/DHL to
    Le Thai _ CEO
    REEC HOLDINGS | Block 3040, N02 Building, New Horizon City
    No 87 Linh Nam Road, Hoang Mai District; Hanoi, Vietnam.
    Email : info@reec-holding.com.vn ; info@mdh-engineering.com.vn
    Cellphone : 0903457274/0985918816

   We hope to received your fervor assistance from your Company and believed that cooperation more and more deeply and effetely.

   Thanks and Regards

   Le Thai
   CEO – REEC Holdings Group

    

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