Dr. H.J. Bhabha ITI Khichripur, Mayur Vihar
Government of NCT of Delhi

Sr. No	Nomenclature	Specification
a)	Description	Should be Handheld device with Infrared VCSEL structured light technology with Color resolution (on object) 50 to 200 DP
b)	Scanning Technology	Invisible light/hair/dark environment scanning. It should be a colour 3D Scanner.
c)	Mesh Resolution	0.250 mm (0.01 in) or better
d)	Scanning Area	340 x 475mm (13.39 x 18.7 in) or large
e)	Usage Distance (From Object)	250 to 550 mm (9.8 to 21.7 in)
f)	Scan Speeds	80 sec/m2 or better
g)	Scanner controls	Touchscreen
h)	Projector Light source	IR VCSEL
i)	Color Resolution	50 to 200 DPI
k)	Positioning Methods	Geometry and/or Target and/or texture
l)	Measurement rate	1,250,000 measurements/s or better
m)	Connectivity	USB 3.0
n)	Output Formats	dae, .fbx, .ma, .obj, .ply, .stl, .txt, .wrl, .x3d, .x3dz, .zpr, . dxf, .iges*, .step etc..
o)	Accuracy	0.050 mm (0.0020) in or better
P	Volumetric accuracy:	0.050 mm + 0.100 mm/m (0.0020 in + 0.0012) in/ft
q)	Dimension	≥300 x 125 x 75 mm
r)	Certified	CE / FC Certified  & RoHS compliant .
t)	RE Simulation	The scanner should be integrated with RE Simulation.
u)	Depth of Field	≥ 300 mm
v)	Recommended object size	Shall be              0.1 - 3.0 m (0.3-10 ft)
w)	Measurement Capabilities	Pin - 1.5 mm (0.059 in Hole - 3.0 mm (0.118 in) Step - 0.1 mm (0.0039 in) Wall- 1.0 mm (0.039 in) Or better

Manufacturing Execution System Training Platform Training Platform Should have following Features Should have PLC-Controlled Automation

• Integration with industry-standard Programmable Logic Controllers (PLCs).
• Real-time machine control, process execution, and data acquisition.

  Should have Human-Machine Interface (HMI) Integration

• Touchscreen HMIs allow intuitive control and visualization of processes.
• Custom screens can be designed to interact with PLCs and sensors.

  Should have Cloud-Based SCADA System

• Remote monitoring and control through secure cloud-connected SCADA platforms.
• Real-time alerts, alarms, and graphical dashboards accessible from any location.

  Should have Drive and Motor Control Systems

• Hands-on learning with Variable Frequency Drives (VFDs) and motor speed control.
• Demonstrates energy efficiency and process flexibility in modern automation.

  Should have AI-Enabled Vision Sensing

• Integrated machine vision system with AI for object detection, quality inspection, and classification.
• Real-time feedback to PLC for automated sorting and decision-making.

  Should have Sensor & Actuator Integration

• Includes a variety of industrial sensors (proximity, temperature, photoelectric, etc.) and actuators
• (pneumatic cylinders, relays, valves).
• Essential for demonstrating input-output relationships in automated systems.

 Should have Conveyor System Simulation

• Functional automated conveyor line that simulates material flow across stations.
• Integrated with sensors, actuators, and vision for smart logistics handling.

Should have Pallet Writing and Tracking 

• RFID or barcode-based pallet data writing module for real-time product tracking.
• Supports traceability and part genealogy essential for Industry 4.0 compliance.

Should have OEE (Overall Equipment Effectiveness) Monitoring 

• Built-in tools to measure and display availability, performance, and quality metrics. 
• Enables learners to identify and eliminate production bottlenecks.

Should have Cloud Computing for Industrial Data •

• Data is stored and managed via cloud infrastructure. •
• Supports big data analytics, reporting, and historical data access.

Should have MES Simulation Integration •

• Centralized platform to manage production scheduling, resource allocation, and performance tracking. •
• Learners experience real-world MES functionalities such as work order dispatch, traceability, and quality management.

  Manufacturing Execution System Training Platform Should have following learning Outcomes This MES training platform should have provides learners with practical exposure to: •

• Identify and explain the key components of a MES, including PLCs, HMIs, SCADA, MES, and cloud computing platforms. •
• Describe how IIoT (Industrial Internet of Things) is implemented in Industry 4.0 environments. •
• Should have Configure and program PLC-based automation sequences for controlling various smart factory stations. •
• Should have  Design and implement HMI screens for real-time interaction with factory equipment.

Operate and Monitor Real-Time Systems •

• Should have   Monitor production processes using Cloud SCADA systems. •
• Should have   Visualize and interpret real-time data from factory operations.

Analyze Operational Efficiency •

• Should have Calculate and evaluate Overall Equipment Effectiveness (OEE) using MES data. •
• Should have   Identify inefficiencies and propose data-driven improvements in production processes.  

Work with Sensors, Actuators, and Drives •

• Should have Identify and utilize different types of sensors (proximity, vision, temperature, etc.) and actuators (pneumatic, electrical). •
• Should have Configure and operate drives for motor control and speed regulation.

Should have Implement Vision Sensing with AI •

• Should have Set up and apply AI-based vision systems for object detection, quality control, and defect recognition. •
• Integrate vision systems with automation logic for adaptive decision-making. Should have

Apply Cloud Computing in Industrial Contexts •

• Should have Store, retrieve, and analyze production data using cloud platforms. • 
• Should have Understand cloud security and architecture within industrial automation. Should have  Demonstrate End-to-End Manufacturing Execution •
• Should have Manage the entire production life cycle, from raw material intake to product delivery, including pallet tracking and data writing. • 
• Should have Execute and troubleshoot production flows across multiple Smart stations.

Manufacturing Execution System Training Platform Should have following Technical Specification:

• This System Should have included  Feeding Station , Filling Station , Capping Station , Inspection Station , Warehouse Station.
• PLC Should have  Digital inputs : 16 nos. ,Digital outputs : 12 nos. ,Analog inputs : 4 nos. , Analog output : 4 nos. , Communication :Ethernet ,RS485,CAN , Programming Cable : Ethernet
• Human Machine Interface (HMI) should have HMI Supply : +24V DC ,CPU : 32-bits 400MHz RISC ,Interface : Ethernet ,Storage Flash : 128MB ,DDRAM : 64MB ,Display size : 7 inch ,• Resolution : 800 × 480 TFT LCD 65,536 colors ,Touch screen : High precision four-wire resistive
• IIOT Gateway should have USB host : USB 2.0 × 1 ,Serial port: RS232/RS485 ,Ethernet : 3 ports , Wi-Fi module: Yes ,Simulation Real-time data monitoring:600 (points) ,
• This Trainer should have 16 Ampere 2 Pole MCB and 30mA RCCB

COBOT WITH CONNECT 4 GAMES

• The Connect Four Gaming cobot trainer kit should be based on robotic arms, artificial intelligence, and hardware vision technologies. The users should be able to learn Python, Cobot programming, artificial intelligence and Open CV for hardware vision processing. The bidder should supply the below items as an entire scope of supply.

Robot System

• Reach – At least 250 mm,
• Payload – Atleast 250 gm
• Repeatability – ± 0.5 mm
• Degrees of Freedom: 6
• Gripper – 1

Application: Connect 4 Game to teach AI

• Connect 4 Gameboard
• Workpieces
• Servo operated dispenser
• Acrylic Plate
• Vision Camera
• Fasteners

Features

• OpenCV
• Python
• ROS
• Hand-eye calibration
• My Blockly programming
• Visual recognition algorithms

ARTICULATED ROBOT TRAINING CELL

“The Robotic System will be comprised of the following subsystems:

1. Robotic Arm
2. Controller Box
3. Gripper System
4. Additional Requirement
5. Inspection and Tests Required
6. Manuals
7. Installation and Commissioning
8. Delivery Period
9. Allied Details Required
    

A.	ROBOTIC ARM
S. No.	Parameter	Specification
1.	Manipulator Configuration	Articulated Manipulator
2.	Payload	At least 8 kg
3.	Reach	At least 900mm
4.	Degrees of Freedom	At least 6 (excluding DoF for end-effector)
5.	Pose Repeatability	± 0.02mm or better (lesser value)
6.	Maximum speed for Tool Center Point (TCP)	At least 1.0m/s
7.	Motion range (Maximum Speed)	J1 axis rotation [°] - 340° or better (285 Degrees/Sec or better) J2 axis rotation [°] - 220° or better (320 Degrees/Sec or better) J3 axis rotation [°] - 165° or better (360 Degrees/Sec or better) J4 axis rotation [°] - 400° or better (330 Degrees/Sec or better) J5 axis rotation [°] - 240° or better (450 Degrees/Sec or better) J6 axis rotation [°] - 720° or better (720 Degrees/Sec or better)
8.	Allowable load moment at the wrist	J4 axis (Nm) – 16 or better J5 axis (Nm) – 16 or better   J6 axis (Nm) – 6.5 or better
9.	Allowable load inertia at the wrist	J4 axis (Kgm2) – 0.45 or better  J5 axis (Kgm2) – 0.45 or better    J6 axis (Kgm2) – 0.10 or better
10.	Protection Class	At least IP65
11.	Operating Temperature Range	Ambient: At least 0 - 40°C
12.	Mounting position	Floor and Table
14.	Noise Level	70dB or less
15.	Robot Weight	Less than 42Kgs
B.	CONTROLLER BOX
1.	Programming Environment	Programming Positions: 38000 minimum Programming Steps: 78000 minimum Max No of Programs: 512 Minimum
		Provision for programming via a graphical user interface
2.	Command / Function Library Support	Detailed documentation for OEM-developed standard commands, functions and applications for performing stand-alone subtasks, accessing sensor data, and user programming & reference generation
3.	Input / Output Ports	Digital input: Minimum 16 nos. Digital output: Minimum 16 nos.
4.	Connection with Robotic Arm	Suitable connectors at both ends with a cable length of a minimum of 5 meters.
5.	Interface Required	Ethernet USB 3.0 Force Sensor SD Card RS 422
6.	Protection Class	At least IP20
7.	Power Supply Source	Single Phase AC source Nominal voltage: 230VAC Nominal frequency:50Hz
8.	Safety Extension Unit	Yes
C.	USER INTERFACE
1.	Graphical User Interface	Default method of programming, operation and data analysis for the robotic arm Screen Size: At least 5 inches Protection class: At least IP54 Provision of emergency stop button Provision of wheel button Provision of Power and Error Lamp Provision of Stop button Provision of Servo button Provision of USB Port Provision of Key Switch Cable length from controller box: At least 7.0m
9.	Robot Programming & Simulation Simulation (1License)	Platform Compatibility: Should operate on standard Windows 10 or later operating systems (64-bit). Programming Environment: Must support text-based programming using dedicated robot control languages. Should provide graphical programming features for simplified logic creation and motion sequence setup. Editing and Debugging Tools: Multi-window program editing with syntax highlighting, breakpoints, and line-by-line execution. Real-time monitoring of I/O states, position data, variable values, and system status. Simulation Capability: Must include a built-in 3D simulation environment for offline program verification. Capable of cycle time estimation, collision detection, and workspace interference analysis. Should support simulation of multiple robot units within a shared layout. Integration Support: Should allow import of CAD layouts or models for path validation and layout design. Optional interface with third-party design platforms (e.g., 3D CAD Simulation) is desirable. Preventive Maintenance Support: Should offer diagnostic tools for monitoring robot servo status, motor health, and battery/grease life. Must include features for position recovery guidance in case of interruptions. User Interface: Simulation should have a modern GUI with dockable panes, toolbars, and context-sensitive help. Support for both basic and advanced user modes is recommended. Automation Workflow Compatibility: Should enable offline development, virtual testing, and commissioning within standard automation workflows.
C	Grippers
1.	Mechanical Gripper	2 Jaw or 3 Jaw Gripper or Better Maximum Payload = 5Kgs or Better With All Accessories for Robot and Gripper From Reputed Brand
2.	Vacuum Gripper	Maximum Payload = 5Kgs or Better The Vacuum Grippers are a general-purpose, all-in-one vacuum system that covers most applications. The Vacuum Gripper has eliminated the need to purchase separate fittings, connection hoses, filters, and suction cups as they come as a one-piece standard – Max Vacuum Level: -92 kPa or better – Open Vacuum Flow: 42.2 Nl/min or better – Air Consumption: 32 Nl/min @ 4 bar or better – Mini 2-stage vacuum cartridge installed or better – Top Bellows: 40 mm, 60 mm or better – Available Type: A, B, C, D or better  With All Accessories for Robot and Gripper  From Reputed Brand
3.	Magnetic Gripper	Maximum Payload = 5Kgs  With All Accessories for Robot and Gripper  From a Reputed Brand
D.	Additional Requirement	All required Sensors and additional devices should be included with the order. All types of consumables for Installation, commissioning and training under the bidder scope. Minimum 20 Nos of Material handling Sample programs should be provided by the bidder during the installation and commissioning. Detailed training of 2 Days to buyer faculty or designated staff and 2 Days at OEM Location should be provided by the bidder.
F.	Inspection and Tests Required	Pre-dispatch factory inspection and testing for full system functionalities will be conducted. Bidder will bear the travel and hospitality expenditure of Buyer personnel.
G.	Manual (Soft and Hard Copy)	Operational Mechanical Maintenance Electrical Maintenance

   

 INDUSTRIAL ELECTRICAL PROTECTION TRAINING SYSTEM

 Technical Specification:  

• Under voltage, over voltage, neutral failure protection relay

Characteristics	Specifications/Rating
	1 Phase
Function	Detection & tripping for undervoltage / over voltage / neutral fail / reverse phase
Supply voltage	230VAC 1 phase / +20%, -30% 3 wire (P N & E)
Frequency	47 Hz to 53 Hz
Trip levels	Under volt-170V Over volt-270V

 
Over current relay: 1-63 A(adjustable) Default- 40A Earth Fault Relay RCCB: 1 No. Current: 25 Amp Pole: 2 Earth Leakage Sensitivity: 30 mA Push Button: 3 nos. (ON, OFF, Reset) Contactor: 3 nos. Over Load Relay: 1 no. Timer: 1 no.   Features:

• Neutral failure protection.
• Over current protection.
• Over voltage protection.
• Under voltage protection.
• LED indications along with audio alarm.

PLC SENSOR TRAINER KIT

SENSOR TRAINER KIT

This kit should be designed with capability to demonstrate the design, construction and application of electrical components and circuits. Should contain the items below in it.

S.NO	DESCRIPTION	QTY
1	Magnetic field sensor Operating voltage 24V DC Sensing Range 60 – 75 mm LED Yellow Type Flush Switching element function   PNP, NO	1
2	Inductive sensor (Flush) Operating voltage 24V DC Sensing Range 4 – 6 mm LED Yellow Type   Flush Switching element function   PNP, NO	1
3	Inductive sensor (non-Flush type) Operating voltage 24V DC Sensing Range 8 – 10 mm LED Yellow Type Non-Flush Switching element function   PNP, NO	1
4	Inductive Analog sensor Operating voltage 24V DC Sensing Range 1 to 5m (Non flush) Type Flush Output   4-20 mA	1
5	Capacitive sensor Operating voltage 24V DC Sensing Range 4 – 6 mm LED Yellow Type   Flush Switching element function   PNP, NO	1
6	Optical Thru beam sensor Operating voltage 24V DC Sensing Range 0 - 10 m Display Signal –Yellow, Operating - green Light Infrared (Red) Switching element function   PNP, NO	1
7	Optical sensor - Retro reflective with polarization filter Operating voltage 24V DC Sensing Range 0 to 5mm (Non flush) LED Yellow Light Infrared (Red) Switching element function   PNP, NO	1
8	Reflector Rectangular	1
9	Optical sensor – Diffuse with background suppression. Operating voltage 24V DC Sensing Range 5 - 350 mm LED (Green) Power ON LED (Yellow) Lights ON, when object is detected Light Infrared (Red)	1
10	Optical sensor – Diffuse Operating voltage 24V DC Sensing Range 0 to 1000 mm LED (Green) Power ON LED (Yellow) Lights ON, when object is detected Light   Infrared (Red)	1
11	Fiber optic sensor amplifier unit Operating Voltage 24V DC Sensing Range Upto 150 mm Light Type Modulated visible red light	1
12	Plastic Fiber optic – Diffuse type Bending radius  min.25 mm Fiber optic length 2000 - 2500 mm Fiber optic diameter 2.2 mm	1
13	Plastic Fiber optic – Thru - beam type Bending radius  min.25 mm Fiber optic length 2000 – 2500 mm Fiber optic diameter 2.2 mm	1
14	Colour sensor Operating voltage 24V DC Sensing Range 9 – 10 mm Light source LED Light type Visible green/red/blue Switching element function   PNP, NO	1
15	Ultrasonic sensor Operating voltage 24V DC Sensing Range 30 to 400mm Type Flush Output   4-20 mA	1
16	LM guide unit Workpiece moment in X-axis 0 - 320 mm Workpiece moment in Y-axis 0 - 65 mm Barrier guide Ball type	1
17	Workpiece for Magnetic sensor	1
18	Workpiece for Inductive & Capacitive sensor	1
19	Workpiece for Optical & Ultrasonic sensor	1
20	Workpiece for Colour sensor	1
21	Multimeter	1
22	Switch Mode Power Supply Input voltage 230V AC 50 HZ Output voltage 24V DC Output indication LED indicator AMBER color Protection (Overload & Short circuit) Fuse glass type (Input 2A; Output 4A) No. of output at least 1 number	1
23	Push button module Operating voltage 24V - DC Operation NO / NC type with Led indicator Led indicator operating voltage 24V - DC Push button with spring return Green colour button Push button with detent Red colour button	1
24	Relay logic unit – 4C/O – 3 Relays Operating voltage 24 VDC Operation NO / NC type Type 4-Changeover, 3 relays	1
Textbooks and Manuals related to technology should be provided along with the hardware.

   

SMART SENSOR TRAINER KIT

This kit should be designed with the capability to demonstrate the design, construction and application of smart sensors components and circuits. Should contain the items below in it.

S.no	Description	Qty
1	Optical sensor – Diffuse with background suppression Operating voltage 24V DC Sensing Range 10 - 1000 mm Output Push pull: PNP / NPN Communication interface IO link Light source Laser – Visible red light	1
2	Inductive sensor (Flush) Operating voltage 24V DC Sensing Range 8mm LED Yellow Type   Flush Output   PNP NO Communication interface   IO link	1
3	Ultrasonic sensor Operating voltage 24V DC Sensing Range 20 to 250 mm Type Flush Output   4-20 mA Communication interface   IO link	1
4	IO link Interface module Operating voltage 24V DC No. of IO channels 4 x M12, 5 pin female connectors Input / Output type PNP Communication via Ethernet Power supply 1 x M8, 4pin male connector 1 x M8, 4 pin female connector Communication protocol PROFINET EtherNet/IP Modbus TCP	1
5	LM guide unit assembly Workpiece moment in X-axis 0 - 320 mm Workpiece moment in Y-axis 0 - 65 mm Barrier guide Ball type	1
6	Workpiece assembly Work piece for Inductive & Capacitive sensor (SS, Aluminium, Nylon)	1
7	Workpiece assembly Work piece for fiber optic sensor (Nylon)	1
Textbooks and Manuals related to technology should be provided along with the hardware.

   ​​​​​
VERTICAL WORKBENCH WITH DOUBLE DRAW UNIT

It should have 2 faces, so that each side one set of kit can be mounted.

Size (L x W x H) – atleast (1150 x 850 x 1650) mm

Profile groove width – between 8 - 9 mm So that it can accommodate more grooves and items there by

Groove to groove distance – atleast 40 mm

Leveling casters for quick setting and smooth movement

Draw unit for storing the components – 2nos (Each number should have atleast 4 Draws in it)

Electrical controls mounting tabletop (One for each Workbench)

Size (L x W x H) – atleast (1150 x 80 x 140) mm

Profile groove width – between 8 - 9 mm So that it can accommodate more grooves and items there by

Hose mounting clamp – Should be compatible with the workbench in which the products will be mounted

PLC MODULE FOR SENSOR TRAINER KIT.

• Should be provided with Siemens S7- 1200 or Allen Bradley logix or equivalent PLC
• Simulation for programming
• Hardwired PLC with a proprietary I/O interface for banana plug connections
• Provision for OPC interface

Digital IO’s	DI: 16, DO: 16
Analog IO’s	AI: 4, AO: 2
Connection type	4mm banana plug
Digital Simulation modules	Inputs – Toggle switch
	Outputs – LED indication
Communication	Ethernet
Cable Length in mm & Qty	Red – 1000x2, 750x2, 300x10 Black - 1000x2, 750x2, 300x10