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Lift Model

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Lift Model
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Lift Model

Code: ControlELAB-CE26001 In Production Bulk Tender Supply

Description

Lift Model

Technical Specification

The model must consist of a real three‐stop scaled down lift and must allow  an innovative  approach to PLC control and management.  The model must include: 

• lift car up‐down and position visual signalling at each floor  • photocell on the lift car door to stop its closing in presence of an obstacle  •  booking  to  be  effected  through  buttons  with  flashing  signalling,  on  priority  basis  and  independently from the lift car position  • lift car geared motor, hoist and electromagnetic brake  • floor, safety and lift car deceleration limit switches  • lift car and floor door open‐shut motors  • motor protection thermal relays simulated by buttons  • lift car deceleration, either up and down, near the stop floor  • reproduction of the inside lift car switch panel  • installation graph on the panel
• connection to PLC through terminals or connectors •28 fault simulators through micro‐switches  The panel must be  equipped with an internal stabilized power supply unit with the following  characteristics:  Output voltage: 24V  Output current: 1A  Thermal protection    Protection against overload  Power supply: single‐phase from mains.  A bipolar plug, with relative ground, located on the rear, will allow the system to be supplied  at 220 V â€ 50 Hz.  This trainer must be provided with a fault simulator on the front panel that permit the teacher  to perform 8 faults.  All the push buttons, limit switches and motors must be connected to the terminals on the  panel, grouped in relation to inputs/outputs and connected to 37‐pin connectors on the back  side.   All the motors and indication lights shall require a 24 Vdc voltage supplied by the terminals on  the panels    Main features:   •Three floors or three stops  • Cabin motor with reducer, winch and electromagnetic brake  • Storey, cabin slowing down and safety limit switches  • Motors for opening/closing the floor and cabin doors  • Motor thermal relays whose operation is simulated through push‐buttons  • Photoelectric cell on the cabin ascent/descent and of its location, on the external doors of  each floor  • Panel with light indication of cabin ascent/descent and its location, on the external doors of  each floor  • Fault simulator, offering the teacher the possibility of entering faults during the simulation  through microswitches  • The reservation, displayed by a blinking signal, can be performed at any time, whatever is  the cabin location and on the basis of the priority through push‐buttons
• Slowing down of the cabin during both the ascent and the descent in the immediate  proximity of the stop floor  Faithful reproduction of the push‐button panel, normally located inside the cabin, on an  external panel; possibility of reservation with signalling through light push‐buttons, STOP (ALT)  push‐button and ALARM push‐button.  • Graphic representation of the lift with the indication of the marks of the used I/Os  • All the push‐buttons, the limit switches, the motors, etc. are connected to the terminals on  the panel in front of the metal framework of the lift, grouped according to the inputs and  outputs, and to the connectors located on the rear part.  • All the motors and the indicator lamps require a 24 V dc voltage supplied from the power  supply terminals, also located on the panel  • To supply each motor a current of approximately 15 mA is enough, because of the presence  of an interface circuit.  With this trainer it must be possible to perform the following experiences:  Memorization of performed reservation through floor push‐buttons  Light indication of performed reservation through floor push‐buttons  Memorization of performed reservation through the cabin push‐buttons (pushbutton panel)  Light indication of performed reservation through the cabin push‐buttons  Memorization of cabin location and direction  Cabin ascent/descent enabled through floor push‐buttons  Consents with priority established by sequentiality through floor push‐buttons  Cabin ascent/descent enabled through cabin push‐buttons  Consents with priority established by sequentiality through cabin push‐buttons  Push‐button panel priority  Cabin ascent/descent conditions  Cabin ascent  Cabin descent  Electromagnetic brake  Cabin slowing down  Memorization of performed reservation through floor push‐buttons for doors opening  Memorization of performed reservation through panel push‐buttons for doors opening  Stop at floors and cabin door opening enabled Stop and cabin door opening enabled Cabin
door opening Floor door opening  Delayed closing of cabin and floor doors  Instant closing of cabin and floor doors  Cabin door closing  Floor door closing  Thermal protections  Reset of starting conditions  Alarm operation  The model must be connectable to PLC through two connectors  (37‐pin type) placed on the  backside of the panel.  Complete with connecting cables, educational manual and control software.


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Why Buy From ELAB

Why procurement officers choose ELAB Engineering

Manufacturer-direct pricing

Bulk discounts on tender quantities for ITIs and polytechnics.

TVET Tender Specialist

Approved vendor for MOE, World Bank and AfDB-funded projects.

Installation & Training

On-site commissioning and operator training for turnkey supply.

Worldwide Export

Shipped to 60+ countries on FOB / CIF / DDP terms.

Tender & Procurement Information

Lift Model — Manufacturers, Suppliers and Tender Specialists in India

ELAB Engineering is one of India's leading manufacturers, exporters and authorised suppliers of Lift Model, supplying engineering laboratories, polytechnics, ITIs, university departments and Ministry of Education programmes for over twenty-five years. Each unit ships with the complete tender-grade documentation pack — ISO 9001 quality certificate, CE conformity declaration, RoHS compliance statement, country-of-origin certificate and authorised dealer letter — included as standard, not as an extra.

We supply Lift Model against Government of India e-procurement tenders (GeM, CPPP, e-Procurement portals of state DTEs and DGT), bilateral and multilateral donor-funded contracts (World Bank STEP, AfDB e-procurement, JICA, KfW, USAID), Ministry of Education and Ministry of Skill Development bulk procurement programmes, polytechnic and ITI modernisation schemes, university research grants, AICTE-MODROBS / RPS / MARGDARSHAN funded laboratory upgrades, NSQF-aligned skills development centre projects, and direct commercial procurements by engineering colleges and TVET institutions.

Tender supply scope for Lift Model

Our standard tender supply scope for Lift Model covers manufacturing to specification, factory acceptance testing, pre-shipment inspection (SGS / Bureau Veritas / Intertek where required by the tender), export-grade marine packaging, FOB / CIF / DDP shipping at the buyer's preference, marine insurance, destination customs clearance liaison, inland transportation to the institution's site, on-site installation by qualified service engineers, commissioning with the institution's faculty, hands-on operator training and a written handover with a 12-month manufacturing-defect warranty.

Documentation pack supplied with every consignment

  • ISO 9001:2015 quality management system certificate
  • ISO 14001 environmental management system certificate
  • CE conformity declaration and technical construction file
  • RoHS & REACH compliance statement
  • Country-of-origin certificate (Form-A / preferential and non-preferential)
  • Authorised dealer / manufacturer's authorisation letter (MAF) on tender letterhead
  • Calibration certificate with traceability to NABL / ISO 17025 reference standards
  • Factory acceptance test (FAT) report and quality control records
  • Operating manual, lab worksheets, safety instructions and circuit diagrams
  • Packing list, commercial invoice, certificate of insurance and bill of lading / airway bill
  • Installation and commissioning report, signed by client representative
  • Spare parts list with recommended stocking levels for the warranty period

Who buys Lift Model from ELAB Engineering

Our Lift Model is currently in service across more than sixty countries. The most common buyer profiles are: Ministry of Education (MOE) and Ministry of Skill Development teams running national TVET strengthening programmes; donor-funded project implementation units — World Bank STEP, AfDB skills programmes, EU technical co-operation; engineering colleges procuring laboratory equipment for AICTE-mandated curriculum modules; polytechnic institutes equipping diploma-level workshops; ITIs modernising trade-specific labs under DGT and state DTEs; private engineering universities with NAAC-accreditation laboratory requirements; vocational training centres aligned to NSQF skill levels 4–7; and corporate skill-development partners running CSR-funded technical training.

Indicative pricing & tender quantity discounts

Manufacturer-direct pricing applies on tender-scale quantities of Lift Model. Volume pricing tiers are extended at 10+ unit, 25+ unit and 50+ unit thresholds, with bespoke pricing on consignments above 100 units. On donor-funded procurements we provide separate price ladders for FOB Mumbai, CIF destination port and DDP institution gate as requested. Indicative landed cost calculations — including freight, marine insurance, destination customs and inland delivery — are shared with every formal quotation so the procurement evaluator can compare bids on a like-for-like total cost basis.

Lead time, payment terms and warranty

Standard ex-works lead time for Lift Model is two to three weeks for stock configurations and four to six weeks for customised configurations (voltage / frequency variants, specification customisations, language localisation, sponsoring-agency branding overlays). Sea-freight transit adds a further three to six weeks depending on destination port. We accept Letter of Credit (sight LC, 30/60/90-day usance LC), RTGS / NEFT for domestic supply, and milestone-based payments structured against tender progress for turnkey contracts. Standard warranty is twelve months from the date of installation against manufacturing defects, with optional Annual Maintenance Contract (AMC) renewals covering preventive maintenance, calibration, replacement of consumables and remote technical support.

Why procurement officers select ELAB Engineering for Lift Model

The most common reason a tender bid for engineering laboratory equipment is rejected is not price — it is documentation. A missing certificate, a country-of-origin that does not match, a sample that fails on a single specification, or an authorised dealer letter not on the manufacturer's letterhead. As experienced Engineering Lab Equipment Suppliers and Skill Training TVET Lab Equipment Manufacturers for bulk Tender supply, we treat the documentation pack as a first-class deliverable. Our tender desk maintains a pre-built compliance library matched to World Bank STEP, AfDB e-procurement, GeM and bilateral donor templates — so the documentation is the easiest part of the bid, not the hardest.

Beyond paperwork, the discipline of factory acceptance testing before shipment, marine-grade export packaging, and on-site commissioning by our own service engineers (rather than freight-forwarder hand-offs) means the equipment that arrives at the institution is the equipment that was tendered for — with no surprises at uncrating. This consistency is why we are repeatedly shortlisted for repeat orders by institutions and donor agencies on subsequent tender rounds.

Get a tender quotation for Lift Model

Email your tender document, Bill of Quantities or simple specification list to orders@elabengineering.com or call +91-9811375383. Our tender desk responds within forty-eight hours with itemised pricing, the certifications matrix, country-of-origin and shipping options bundled into a single proposal — in the format your evaluation committee expects.

Application Areas

Where this equipment fits

Curriculum-aligned use cases for engineering colleges, polytechnics, ITIs and TVET training centres.

Engineering Curricula

Aligned to AICTE / UGC engineering syllabus modules, covering both theory demonstration and practical experimentation outcomes.

Polytechnic Diplomas

Mapped to NSQF polytechnic and ITI diploma practical schedules — designed for hands-on student experimentation, not just demonstration.

TVET Skill Outcomes

Configured for competency-based assessment with clear pass/fail criteria — ready for direct deployment in skill-development programmes.

Tender-Ready Package

What ships with every consignment

The complete documentation stack a procurement evaluator expects to find in the box — standard, not extras.

ISO & CE Certificates

ISO 9001, ISO 14001, CE and RoHS declarations

Country of Origin

Country-of-origin certificate & authorised dealer letter

Calibration Records

NABL / ISO 17025 traceable calibration certificates

User Manuals

Operating manuals, lab worksheets & safety instructions

12-Month Warranty

Manufacturing-defect warranty with optional AMC extension

Global Shipping

FOB / CIF / DDP terms with customs & insurance handling

Installation

On-site installation & commissioning by qualified engineers

Faculty Training

Hands-on operator training & lab manual handover

Procurement FAQ

Buying Lift Model for an institution

When specifying Lift Model for an engineering college, polytechnic or TVET institution, the procurement officer's checklist looks slightly different to the lecturer's wishlist. The lecturer wants the equipment that demonstrates the principle most clearly. The procurement officer wants the equipment that survives evaluation, customs, installation and the first year of student use.

As experienced Engineering Lab Equipment Suppliers we treat both audiences as customers. The technical specification needs to satisfy the academic requirement — but the documentation, packaging, freight and warranty pack also need to satisfy the auditor. Both happen on the same shipment.

For Skill Training TVET Lab Equipment Manufacturers for bulk Tender supply, the additional layer is donor compliance: World Bank STEP procedures, AfDB e-procurement standards, and bilateral donor templates each have specific certification expectations. Our tender desk maintains a pre-built compliance library matched to these formats.

Related disciplines

Engineering Trainers Lab Apparatus Workshop Tools Process Instrumentation Material Testing Calibration & Measurement
Buyer Questions

What buyers ask most often

Yes. Manufacturer-direct pricing applies on tender quantities. Email orders@elabengineering.com with quantity and destination — we respond within 24 hours.

Standard items: 2–3 weeks ex-works after order confirmation. Customised configurations: 4–6 weeks. Sea-freight transit adds another 3–6 weeks depending on destination.

Letter of Credit (LC at sight or 30/60/90 days) for international tenders, RTGS / NEFT for domestic supply, and milestone-based payments for turnkey projects.

Yes. Voltage / frequency variants, language localisation on labels and manuals, branding overlays for sponsoring agencies, and specification customisations are all standard requests we handle.

Yes — recommended spare parts kits and consumables packages are bundled with original orders, with reorders supported for the equipment's full operational life.

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