| RFQ/OBP334/2025/26 |
Request for Quote |
Training Basic Refrigeration |
4. Training Scope and Curriculum The training programme must cover, at a minimum, the following topics: 4.1 Refrigeration Fundamentals Principles of refrigeration and heat transfer Refrigeration cycle (compression, condensation, expansion, evaporation) Basic thermodynamics concepts Pressure, temperature, and enthalpy relationships 4.2 Refrigeration System Components Compressors (types, operation, lubrication) Condensers and evaporators Expansion devices (TXV, capillary tubes) Refrigerants (common types, properties, environmental impact) Oils and lubrication systems 4.3 Electrical and Control Fundamentals Basic electrical circuits in refrigeration systems Motors, contactors, overloads, and starters Thermostats, pressure switches, and sensors Basic control logic and safety interlocks 4.4 Tools, Equipment, and Instrumentation Manifold gauge sets Temperature and pressure measuring instruments Leak detection methods Safe handling and storage of refrigerants 4.5 Installation and Basic Maintenance System start-up and shutdown procedures Preventive maintenance practices Cleaning and inspection of components Basic fault identification 4.6 Fault Finding and Troubleshooting Common refrigeration faults and symptoms Systematic troubleshooting techniques Interpretation of pressure-temperature readings Basic repair and replacement procedures 4.7 Safety, Health, and Environmental Considerations Refrigerant safety and handling regulations PPE requirements Environmental legislation (Ozone Depleting Substances, GWP awareness) Safe work procedures and emergency response 5. Training Methodology The service provider must propose a blended approach including: Classroom-based theory Practical hands-on training using refrigeration training rigs or live equipment Demonstrations and guided fault-finding exercises Assessments (theoretical and practical) 6. Training Duration Recommended duration: (service provider to propose optimal duration) Daily training hours to be specified Provider to indicate minimum and maximum class sizes 7. Accreditation and Compliance Training provider must be accredited by a recognised body (e.g. QCTO, SETA, or equivalent) Training to align with South African occupational health and safety regulations Facilitators must be qualified, experienced refrigeration practitioners 8. Training Materials and Certification Provider to supply learner manuals and training materials Practical equipment and tools to be provided by the service provider Learners to receive a certificate of attendance or competence upon successful completion 9. Venue and Logistics Indicate whether training is on-site or off-site Provider to specify venue requirements (power, space, ventilation) Provider to state responsibilities regarding PPE, and equipment 10. Pricing Schedule The quotation must clearly indicate: Cost per learner Total programme cost Breakdown of costs (training, materials, assessments, certification) VAT inclusive/exclusive Any additional or optional costs |
4. Training Scope and Curriculum The training programme must cover, at a minimum, the following topics: 4.1 Refrigeration Fundamentals Principles of refrigeration and heat transfer Refrigeration cycle (compression, condensation, expansion, evaporation) Basic thermodynamics concepts Pressure, temperature, and enthalpy relationships 4.2 Refrigeration System Components Compressors (types, operation, lubrication) Condensers and evaporators Expansion devices (TXV, capillary tubes) Refrigerants (common types, properties, environmental impact) Oils and lubrication systems 4.3 Electrical and Control Fundamentals Basic electrical circuits in refrigeration systems Motors, contactors, overloads, and starters Thermostats, pressure switches, and sensors Basic control logic and safety interlocks 4.4 Tools, Equipment, and Instrumentation Manifold gauge sets Temperature and pressure measuring instruments Leak detection methods Safe handling and storage of refrigerants 4.5 Installation and Basic Maintenance System start-up and shutdown procedures Preventive maintenance practices Cleaning and inspection of components Basic fault identification 4.6 Fault Finding and Troubleshooting Common refrigeration faults and symptoms Systematic troubleshooting techniques Interpretation of pressure-temperature readings Basic repair and replacement procedures 4.7 Safety, Health, and Environmental Considerations Refrigerant safety and handling regulations PPE requirements Environmental legislation (Ozone Depleting Substances, GWP awareness) Safe work procedures and emergency response 5. Training Methodology The service provider must propose a blended approach including: Classroom-based theory Practical hands-on training using refrigeration training rigs or live equipment Demonstrations and guided fault-finding exercises Assessments (theoretical and practical) 6. Training Duration Recommended duration: (service provider to propose optimal duration) Daily training hours to be specified Provider to indicate minimum and maximum class sizes 7. Accreditation and Compliance Training provider must be accredited by a recognised body (e.g. QCTO, SETA, or equivalent) Training to align with South African occupational health and safety regulations Facilitators must be qualified, experienced refrigeration practitioners 8. Training Materials and Certification Provider to supply learner manuals and training materials Practical equipment and tools to be provided by the service provider Learners to receive a certificate of attendance or competence upon successful completion 9. Venue and Logistics Indicate whether training is on-site or off-site Provider to specify venue requirements (power, space, ventilation) Provider to state responsibilities regarding PPE, and equipment 10. Pricing Schedule The quotation must clearly indicate: Cost per learner Total programme cost Breakdown of costs (training, materials, assessments, certification) VAT inclusive/exclusive Any additional or optional costs |
No |
2026/01/30 15:00:00 |
| RFQ/OBP357/2025/26 |
Request for Quote |
Training Finance Department |
Training for 1) Accounts payable Identifying full functions of accounts payable and its role in the organisation. Assess operations and processes recommended to improve functionality. Utilising accounting principles relating to accounts payable. 2) Accounts Receivable Comprehensive knowledge and skills in debt collection, recovery, negotiation, and credit control management. It aims to equip participants with the necessary expertise to take on higher responsibilities within their organizations, fostering growth and stability. 3) Cashbook accounting New or advanced way of processing the bank transactions, compilation of bank recons and other reports |
See attached specifications |
No |
2026/02/06 15:00:00 |
| RFQ/OBP316/2025/26 |
Request for Quote |
Training for Microsoft AZ-800 Administering Windows Server Hybrid Core Infrastructure plus certification exam vouchers |
The supplier is to provide on-site (campus) training and a certification exam voucher for the course. The training must be a classroom instructor led training. 1. Microsoft AZ-800: Administering Windows Server Hybrid Core Training - Comprehensive course content covering all MS-AZ 800 learning objectives, including: Windows Server on-premises and hybrid core infrastructure - Deploying and managing Active Directory Domain Services (AD DS) - Implementing hybrid identity with Azure AD - Managing Group Policy and Active Directory Certificate Services Windows Server Administration - Managing Windows Servers and workloads in a hybrid environment - Managing virtual machines and containers - Administering Windows Server storage Windows Server Security and Networking - Securing Windows Server on-premises and hybrid infrastructures - Managing Windows Server networking - Implementing DNS, DHCP, VPN, and hybrid connectivity High Availability and Disaster Recovery - Implementing failover clustering and load balancing - Managing backup and disaster recovery using on-premises and Azure tools - 2. Format - Delivery: At the campus - Flexibility for a customized schedule to accommodate our team's availability, with 4 days. - Access to supplemental resources (Presentations, Study guides, GitHub links and Practical's). 3. Instructor Qualifications - Trainer must be certified by Microsoft to deliver official training for the required training. - The instructor should have passed the AZ‑800 exam and preferably also AZ‑801, holding the full Windows Server Hybrid Administrator Associate certification Training Materials - Provision of up-to-date, Microsoft-approved course materials and practice exams to prepare for the MS-AZ-800 certification. - Additional study resources such as mock tests, flashcards, and summary sheets. 4. Certification Preparation and Support - Guidance on exam registration, including the issue of certification vouchers with a second chance. - Access to a dedicated instructor or support line for questions and clarifications throughout the training period. 5. Post-Training Evaluation and Feedback - Conduct a post-training assessment or evaluation to gauge participant understanding. - Collect feedback to assess training effectiveness and areas for improvement |
|
No |
2026/01/23 15:00:00 |
| RFQ/OBP442/2025/26 |
Request for Quote |
Training in Biosecurity and Biosafety in research animal facility |
Training of 25 Personnel on Biosecurity and Biosafety in research animal facility. Training to be conducted at OBP premises Attendee to be awarded with certificate of competency |
|
No |
2026/03/30 16:00:00 |
| RFQ/OBP205/2025/26 |
Request for Quote |
Training Microsoft AZ-800 Administering Windows Server Hybrid Core Infrastructure including exam certification voucher |
The supplier is to provide on-site (campus) training and a certification exam voucher for the course. The training must be a classroom instructor led training. 1. Microsoft AZ (MS-AZ-800) Training § Comprehensive course content covering all MS-AZ 800 learning objectives, including: Windows Server on-premises and hybrid core infrastructure § Deploying and managing Active Directory Domain Services (AD DS) § Implementing hybrid identity with Azure AD § Managing Group Policy and Active Directory Certificate Services Windows Server Administration § Managing Windows Servers and workloads in a hybrid environment § Managing virtual machines and containers § Administering Windows Server storage Windows Server Security and Networking § Securing Windows Server on-premises and hybrid infrastructures § Managing Windows Server networking § Implementing DNS, DHCP, VPN, and hybrid connectivity High Availability and Disaster Recovery § Implementing failover clustering and load balancing § Managing backup and disaster recovery using on-premises and Azure tools § 2. Format o Delivery options: At the campus o Flexibility for a customized schedule to accommodate our team’s availability, with 4 days. o Access to supplemental resources (Presentations, Study guides, and Practical’s). 3. |
The supplier is to provide on-site (campus) training and a certification exam voucher for the course. The training must be a classroom instructor led training. 1. Microsoft AZ (MS-AZ-800) Training § Comprehensive course content covering all MS-AZ 800 learning objectives, including: Windows Server on-premises and hybrid core infrastructure § Deploying and managing Active Directory Domain Services (AD DS) § Implementing hybrid identity with Azure AD § Managing Group Policy and Active Directory Certificate Services Windows Server Administration § Managing Windows Servers and workloads in a hybrid environment § Managing virtual machines and containers § Administering Windows Server storage Windows Server Security and Networking § Securing Windows Server on-premises and hybrid infrastructures § Managing Windows Server networking § Implementing DNS, DHCP, VPN, and hybrid connectivity High Availability and Disaster Recovery § Implementing failover clustering and load balancing § Managing backup and disaster recovery using on-premises and Azure tools § 2. Format o Delivery options: At the campus o Flexibility for a customized schedule to accommodate our team’s availability, with 4 days. o Access to supplemental resources (Presentations, Study guides, and Practical’s). 3. |
No |
2025/10/20 15:00:00 |
| RFQ/OBP333/2025/26 |
Request for Quote |
Training Pneumatics, Hydraulics & Alignment |
2. Training Objectives The objectives of the training are to: Improve artisans' understanding of fluid power systems Enable artisans to read and interpret schematics Develop hands-on fault-finding and troubleshooting skills Improve machine alignment accuracy, reduce vibration and premature failures Promote safe working practices in industrial environments 3. Target Group Mechanical artisans (Fitters) 4. Training Format & Duration Service providers to propose: Course duration (Service provider to recommend duration) Split between: Classroom theory (30–40%) Hands-on practical training (60–70%) On-site training preferred, alternatively at provider's accredited facility 5. Training Scope & Content A. Pneumatics Training Minimum scope to include: Theory Principles of compressed air systems Air preparation (FRLs, dryers, compressors) Pneumatic symbols & schematic interpretation Actuators, valves, sensors, and control elements Pressure, flow, and force calculations Practical Assembly of pneumatic circuits Directional control & sequencing Fault-finding on leaking, slow, or non-operational systems Preventive maintenance best practices Safe isolation and lock-out procedures B. Hydraulics Training Minimum scope to include: Theory Hydraulic principles and Pascal's Law Hydraulic fluids and contamination control Pumps, valves, cylinders, motors Hydraulic symbols and circuit reading Pressure, flow, and power calculations Practical Building and testing hydraulic circuits Pressure setting and flow control Diagnosing common faults (overheating, cavitation, drift) Seal replacement and component inspection System cleanliness and filtration practices Safe working under high pressure C. Alignment Training Minimum scope to include: Theory Importance of alignment in rotating machinery Types of misalignment (angular, parallel, soft foot) Effects of misalignment (bearing failure, vibration, energy loss) Alignment tolerances and standards Practical Shaft alignment using: Straight edge and feeler gauges Dial indicators Laser alignment equipment (preferred) Pump–motor and gearbox alignment Correction techniques (shimming, adjustments) Alignment documentation and reporting 6. Equipment & Training Aids Service providers to supply: Pneumatic and hydraulic training rigs Valves, cylinders, hoses, fittings Alignment tools (including laser alignment if available) Cut-away components or demo units Training manuals and reference material 7. Assessment & Certification Knowledge and practical assessments to be included Certificates of competence/attendance issued per delegate Assessment results and attendance registers to be provided 8. Trainer Requirements Trainers must: Be qualified artisans or engineers Have minimum 5 years industrial experience Have proven experience in artisan training Be competent in safety and risk management 9. Health, Safety & Compliance Training must comply with OHS Act requirements Risk assessments and method statements to be provided All practical training to follow safe isolation procedures 10. Deliverables Training programme and schedule Training material (soft or hard copy) Attendance register Assessment results Certificates issued Post-training competency feedback 11. Information to be Included in the Quotation Service providers to submit: Company profile and accreditation details Detailed course outline per discipline Training duration and timetable Maximum number of delegates per session Trainer CVs Total cost (VAT inclusive/exclusive) Validity period of quotation Lead time and availability |
2. Training Objectives The objectives of the training are to: Improve artisans' understanding of fluid power systems Enable artisans to read and interpret schematics Develop hands-on fault-finding and troubleshooting skills Improve machine alignment accuracy, reduce vibration and premature failures Promote safe working practices in industrial environments 3. Target Group Mechanical artisans (Fitters) 4. Training Format & Duration Service providers to propose: Course duration (Service provider to recommend duration) Split between: Classroom theory (30–40%) Hands-on practical training (60–70%) On-site training preferred, alternatively at provider's accredited facility 5. Training Scope & Content A. Pneumatics Training Minimum scope to include: Theory Principles of compressed air systems Air preparation (FRLs, dryers, compressors) Pneumatic symbols & schematic interpretation Actuators, valves, sensors, and control elements Pressure, flow, and force calculations Practical Assembly of pneumatic circuits Directional control & sequencing Fault-finding on leaking, slow, or non-operational systems Preventive maintenance best practices Safe isolation and lock-out procedures B. Hydraulics Training Minimum scope to include: Theory Hydraulic principles and Pascal's Law Hydraulic fluids and contamination control Pumps, valves, cylinders, motors Hydraulic symbols and circuit reading Pressure, flow, and power calculations Practical Building and testing hydraulic circuits Pressure setting and flow control Diagnosing common faults (overheating, cavitation, drift) Seal replacement and component inspection System cleanliness and filtration practices Safe working under high pressure C. Alignment Training Minimum scope to include: Theory Importance of alignment in rotating machinery Types of misalignment (angular, parallel, soft foot) Effects of misalignment (bearing failure, vibration, energy loss) Alignment tolerances and standards Practical Shaft alignment using: Straight edge and feeler gauges Dial indicators Laser alignment equipment (preferred) Pump–motor and gearbox alignment Correction techniques (shimming, adjustments) Alignment documentation and reporting 6. Equipment & Training Aids Service providers to supply: Pneumatic and hydraulic training rigs Valves, cylinders, hoses, fittings Alignment tools (including laser alignment if available) Cut-away components or demo units Training manuals and reference material 7. Assessment & Certification Knowledge and practical assessments to be included Certificates of competence/attendance issued per delegate Assessment results and attendance registers to be provided 8. Trainer Requirements Trainers must: Be qualified artisans or engineers Have minimum 5 years industrial experience Have proven experience in artisan training Be competent in safety and risk management 9. Health, Safety & Compliance Training must comply with OHS Act requirements Risk assessments and method statements to be provided All practical training to follow safe isolation procedures 10. Deliverables Training programme and schedule Training material (soft or hard copy) Attendance register Assessment results Certificates issued Post-training competency feedback 11. Information to be Included in the Quotation Service providers to submit: Company profile and accreditation details Detailed course outline per discipline Training duration and timetable Maximum number of delegates per session Trainer CVs Total cost (VAT inclusive/exclusive) Validity period of quotation Lead time and availability |
No |
2026/01/30 15:00:00 |
| RFQ/OBP352/2025/26 |
Request for Quote |
Training: Coded welding |
3. Training Objectives Upon completion, trainees should be able to: • Interpret piping drawings and isometrics • Fabricate, assemble, and install industrial pipe systems • Perform accurate pipe measurement, cutting, beveling, and fit-up • Prepare pipe joints for welding in accordance with applicable standards • Apply safe work practices in pipe fitting environments ________________________________________ 4. Scope of Training 4.1 Boilermaker Core Competencies • Engineering drawings and symbols (ISO / SANS) • Measurement, marking-off, and tolerances • Material identification (carbon steel, stainless steel, alloy steel) • Fabrication tools and equipment • Workshop and site safety ________________________________________ 4.2 Pipe Fitting – Core Focus Areas 4.2.1 Pipe Types and Materials • Carbon steel, stainless steel, and alloy steel pipes • Seamless vs welded pipe • Pipe schedules and wall thickness identification 4.2.2 Piping Components • Flanges, gaskets, bolts, and fasteners • Valves (gate, globe, ball, check) • Elbows, tees, reducers, couplings, and branch connections • Pipe supports, hangers, and expansion allowances 4.2.3 Pipe Drawing Interpretation • Piping isometrics • Bill of materials (BOM) 4.2.4 Pipe Measurement and Layout • Pipe take-offs • Offset calculations (45°, 60°, rolling offsets) • Cutting lengths and allowance calculations • Use of pipe wrap-around and layout tools 4.2.5 Pipe Fabrication and Fit-Up • Pipe cutting (mechanical, oxy-fuel, plasma) • Pipe beveling and end preparation • Alignment and tacking • Root gap control and joint geometry • Fit-up for butt welds and flanged joints 4.2.6 Welding Preparation (Non-Welding Focus) • Joint preparation for SMAW, GTAW, GMAW • Understanding WPS requirements • Pre-heat and interpass temperature basics • Coordination with welders and inspectors ________________________________________ 5. Practical Training Requirements • Minimum 70% practical training • Fully equipped pipe fitting workshop or on-site facility • Individual learner participation in: o Pipe fabrication and assembly o Flange alignment and bolt tightening o Pipe rack or spool assembly • Exposure to mock industrial pipe installations ________________________________________ 6. Codes, Standards and Best Practice Training must reference applicable standards, including: • ISO / EN piping standards • SANS standards • Occupational Health and Safety Act ________________________________________ 7. Assessment and Certification Service providers must indicate: • Assessment methodology (practical and theoretical) • Competency-based evaluations • Certification issued upon completion • Alignment to QCTO / MERSETA occupational qualifications (where applicable) |
3. Training Objectives Upon completion, trainees should be able to: • Interpret piping drawings and isometrics • Fabricate, assemble, and install industrial pipe systems • Perform accurate pipe measurement, cutting, beveling, and fit-up • Prepare pipe joints for welding in accordance with applicable standards • Apply safe work practices in pipe fitting environments ________________________________________ 4. Scope of Training 4.1 Boilermaker Core Competencies • Engineering drawings and symbols (ISO / SANS) • Measurement, marking-off, and tolerances • Material identification (carbon steel, stainless steel, alloy steel) • Fabrication tools and equipment • Workshop and site safety ________________________________________ 4.2 Pipe Fitting – Core Focus Areas 4.2.1 Pipe Types and Materials • Carbon steel, stainless steel, and alloy steel pipes • Seamless vs welded pipe • Pipe schedules and wall thickness identification 4.2.2 Piping Components • Flanges, gaskets, bolts, and fasteners • Valves (gate, globe, ball, check) • Elbows, tees, reducers, couplings, and branch connections • Pipe supports, hangers, and expansion allowances 4.2.3 Pipe Drawing Interpretation • Piping isometrics • Bill of materials (BOM) 4.2.4 Pipe Measurement and Layout • Pipe take-offs • Offset calculations (45°, 60°, rolling offsets) • Cutting lengths and allowance calculations • Use of pipe wrap-around and layout tools 4.2.5 Pipe Fabrication and Fit-Up • Pipe cutting (mechanical, oxy-fuel, plasma) • Pipe beveling and end preparation • Alignment and tacking • Root gap control and joint geometry • Fit-up for butt welds and flanged joints 4.2.6 Welding Preparation (Non-Welding Focus) • Joint preparation for SMAW, GTAW, GMAW • Understanding WPS requirements • Pre-heat and interpass temperature basics • Coordination with welders and inspectors ________________________________________ 5. Practical Training Requirements • Minimum 70% practical training • Fully equipped pipe fitting workshop or on-site facility • Individual learner participation in: o Pipe fabrication and assembly o Flange alignment and bolt tightening o Pipe rack or spool assembly • Exposure to mock industrial pipe installations ________________________________________ 6. Codes, Standards and Best Practice Training must reference applicable standards, including: • ISO / EN piping standards • SANS standards • Occupational Health and Safety Act ________________________________________ 7. Assessment and Certification Service providers must indicate: • Assessment methodology (practical and theoretical) • Competency-based evaluations • Certification issued upon completion • Alignment to QCTO / MERSETA occupational qualifications (where applicable) |
No |
2026/02/05 15:00:00 |
| RFQ/OBP335/2025/26 |
Request for Quote |
Training: PLC |
Training Level Beginner to Intermediate Advanced (optional extension module) 6. Training Outcomes (Competency-Based) On completion, learners shall be able to: Explain PLC fundamentals and operating principles Identify PLC hardware components and their functions Read and interpret PLC wiring diagrams and I/O lists Program basic PLC logic using ladder logic Interface PLCs with: Digital inputs and outputs Motors, contactors, and solenoid valves Sensors and switches Perform PLC fault finding using: Online monitoring Forcing and diagnostics Apply safe working practices on live and simulated systems 7. Training Content (Minimum Scope) 7.1 PLC Fundamentals What is a PLC and why it is used PLC vs relay control systems Typical industrial PLC applications 7.2 PLC Hardware CPU, power supply, I/O modules Digital vs analogue I/O (overview) PLC racks and expansion modules Field devices (sensors, actuators) 7.3 Electrical Wiring & Interfaces PLC input wiring (PNP/NPN, sourcing/sinking) Output wiring (relay, transistor, triac) Earthing and noise considerations Control panel best practices 7.4 PLC Programming (Core Focus) Programming software introduction Ladder logic fundamentals: Contacts (NO/NC) Coils Timers (TON, TOF) Counters Interlocks Start/stop motor circuits in PLC logic Seal-in circuits (latching) 7.5 Practical Exercises (Mandatory) Wiring PLC I/O to real or simulated devices Writing and downloading programs Modifying existing logic Simulating faults and troubleshooting Minimum 60% of training time must be practical 7.6 Troubleshooting & Maintenance PLC status LEDs and diagnostics Online monitoring and forcing Common PLC faults: Input failures Output failures Program logic errors Backup and restore procedures 7.7 Safety & Standards Lock-out / tag-out procedures Working on control panels Electrical safety regulations Introduction to relevant standards (IEC / SANS overview) 8. PLC Platforms (Specify or Equivalent) Training shall be delivered on industrial-standard PLCs, such as: Siemens (LOGO!, S7-1200 or equivalent) Allen-Bradley (MicroLogix / CompactLogix) Schneider (Modicon) Omron Service providers shall clearly state the PLC platform used. Training on multiple platforms is an advantage. 9. Training Duration Recommended duration: Service provider needs t ospecify 10. Training Methodology Classroom theory sessions Hands-on practical training Group and individual exercises Real-world industrial examples Fault simulation and troubleshooting scenarios 11. Training Materials (Provider to Supply) Training manuals (printed or electronic) PLC programming software (licensed or training version) Practical training rigs or panels Sample programs and exercises 12. Assessment & Certification 12.1 Assessment Requirements Practical assessment (mandatory) Short theory test or oral assessment Demonstration of fault-finding ability 12.2 Certification Certificate of Competence or Attendance Certificate must include: Learner name Course title Duration Training provider details Date of completion 13. Trainer Requirements Service providers must demonstrate that trainers: Have minimum 5 years industrial PLC experience Possess electrical or automation qualifications Have proven training or facilitation experience 14. Provider Requirements The service provider must submit: Company profile and experience Trainer CVs and qualifications PLC platforms offered Training outline aligned to this specification Proof of previous similar training delivered 15. Venue & Equipment Training may be delivered: On-site or at client premises Facilities must include: Adequate workstations PLC hardware per learner or per small group Safe electrical training environment 16. Optional Advanced Modules (Add-On) Analogue signals and PID basics HMI integration Variable Speed Drive (VSD) interfacing Industrial networks (Profibus, Ethernet/IP) |
Training Level Beginner to Intermediate Advanced (optional extension module) 6. Training Outcomes (Competency-Based) On completion, learners shall be able to: Explain PLC fundamentals and operating principles Identify PLC hardware components and their functions Read and interpret PLC wiring diagrams and I/O lists Program basic PLC logic using ladder logic Interface PLCs with: Digital inputs and outputs Motors, contactors, and solenoid valves Sensors and switches Perform PLC fault finding using: Online monitoring Forcing and diagnostics Apply safe working practices on live and simulated systems 7. Training Content (Minimum Scope) 7.1 PLC Fundamentals What is a PLC and why it is used PLC vs relay control systems Typical industrial PLC applications 7.2 PLC Hardware CPU, power supply, I/O modules Digital vs analogue I/O (overview) PLC racks and expansion modules Field devices (sensors, actuators) 7.3 Electrical Wiring & Interfaces PLC input wiring (PNP/NPN, sourcing/sinking) Output wiring (relay, transistor, triac) Earthing and noise considerations Control panel best practices 7.4 PLC Programming (Core Focus) Programming software introduction Ladder logic fundamentals: Contacts (NO/NC) Coils Timers (TON, TOF) Counters Interlocks Start/stop motor circuits in PLC logic Seal-in circuits (latching) 7.5 Practical Exercises (Mandatory) Wiring PLC I/O to real or simulated devices Writing and downloading programs Modifying existing logic Simulating faults and troubleshooting Minimum 60% of training time must be practical 7.6 Troubleshooting & Maintenance PLC status LEDs and diagnostics Online monitoring and forcing Common PLC faults: Input failures Output failures Program logic errors Backup and restore procedures 7.7 Safety & Standards Lock-out / tag-out procedures Working on control panels Electrical safety regulations Introduction to relevant standards (IEC / SANS overview) 8. PLC Platforms (Specify or Equivalent) Training shall be delivered on industrial-standard PLCs, such as: Siemens (LOGO!, S7-1200 or equivalent) Allen-Bradley (MicroLogix / CompactLogix) Schneider (Modicon) Omron Service providers shall clearly state the PLC platform used. Training on multiple platforms is an advantage. 9. Training Duration Recommended duration: Service provider needs t ospecify 10. Training Methodology Classroom theory sessions Hands-on practical training Group and individual exercises Real-world industrial examples Fault simulation and troubleshooting scenarios 11. Training Materials (Provider to Supply) Training manuals (printed or electronic) PLC programming software (licensed or training version) Practical training rigs or panels Sample programs and exercises 12. Assessment & Certification 12.1 Assessment Requirements Practical assessment (mandatory) Short theory test or oral assessment Demonstration of fault-finding ability 12.2 Certification Certificate of Competence or Attendance Certificate must include: Learner name Course title Duration Training provider details Date of completion 13. Trainer Requirements Service providers must demonstrate that trainers: Have minimum 5 years industrial PLC experience Possess electrical or automation qualifications Have proven training or facilitation experience 14. Provider Requirements The service provider must submit: Company profile and experience Trainer CVs and qualifications PLC platforms offered Training outline aligned to this specification Proof of previous similar training delivered 15. Venue & Equipment Training may be delivered: On-site or at client premises Facilities must include: Adequate workstations PLC hardware per learner or per small group Safe electrical training environment 16. Optional Advanced Modules (Add-On) Analogue signals and PID basics HMI integration Variable Speed Drive (VSD) interfacing Industrial networks (Profibus, Ethernet/IP) |
No |
2026/01/30 15:00:00 |
| RFQ/OBP219/2025/26 |
Request for Quote |
Trypticase Soy broth media |
Antigen production |
|
No |
2025/10/24 15:00:00 |
| RFQ/OBP037/2025/26 |
Request for Quote |
TURNKEY PROCESS OF HEADHUNTING AND PLACEMENT OF THE CHIEF EXECUTIVE OFFICER |
Refer to ToR attached. |
Refer to ToR attached. |
No |
2025/05/25 15:00:00 |
| RFQ/OBP416/2025/26 |
Request for Quote |
Unprinted Shipper Boxes |
See attached specifications |
See attached specifications |
No |
2026/03/15 16:00:00 |
| RFQ/OBP462/2025/26 |
Request for Quote |
Unprinted Shipper Boxes |
see attachments |
|
No |
2026/04/04 13:34:27 |
| RFQ/OBP455/2025/26 |
Request for Quote |
Upgrade and repair work at Toxicology animal Camp (Large animals) |
1. INSTALLATION OF 4 HEAVY DUTY FARM GATES - Supply and install 4 new heavy duty farm gates. - Size of each gate: 3600mm wide x 1250mm high. - Gates must be strong and suitable for farm animals. Vertical Poles: - Supply and install 170 CCA treated vertical poles. - Height: 2100mm. - Thickness: 250mm to 300mm diameter. - All poles must be treated with Carbolineum / Creosote before planting. Horizontal Poles: - Length: 3200mm to 3500mm. - Thickness: 150mm. - Holes size: 600mm x 600mm. - Use 25MPa concrete. - Join poles with 12mm threaded rods, nuts and washers (galvanised). 2. DIVIDING CAMP INTO FOUR SECTIONS - Divide camp into 4 equal camps. - Each camp size: 19,000mm x 60,000mm. - Middle passage: 3800mm wide. - Work must be straight and strong for livestock safety. 3. INSTALL 500L WATER TROUGHS - Supply and install 500 litre HDPE water troughs. - Install 22mm brass float valves. - Connect properly to water supply. - Check for leaks and ensure stability. 4. STEEL FENCE REPAIRS – STABLES 161, 162, 163 - Repair steel fence at Stables 161, 162 and 163. - Replace damaged round tubing with same size. - Replace damaged fence with same type. - All welding must be strong and protected against rust. 5. CRUSH PAN ROOF PAINTING Surface Preparation: - Remove rust and loose paint. (Prepare and Paint) - Clean steel before painting. Painting: - Apply two coats primer (Red and Black). - Paint roof with high quality (Green) roof paint. - Finish steel structures with Aluminium Silvershine. 6. INSTALL NECK CLAMP WITH ELECTRONIC SCALE - Supply and install neck clamp at creche pan. - Electronic scale capacity: maximum 1000kg. - Ensure proper fixing, stable base and calibration. (Copy of certificate to be provided) 7. RUBBLE REMOVAL AND SITE CLEANING - Contractor must remove all rubble, old poles and scrap metal. (Load, Transport & Dispose) - Disposal of Waste MUST be done at a APRROVED LICENSED FACILITY. - Proof of disposal shall be provided to OBP's OHS officer. |
1. INSTALLATION OF 4 HEAVY DUTY FARM GATES - Supply and install 4 new heavy duty farm gates. - Size of each gate: 3600mm wide x 1250mm high. - Gates must be strong and suitable for farm animals. Vertical Poles: - Supply and install 170 CCA treated vertical poles. - Height: 2100mm. - Thickness: 250mm to 300mm diameter. - All poles must be treated with Carbolineum / Creosote before planting. Horizontal Poles: - Length: 3200mm to 3500mm. - Thickness: 150mm. - Holes size: 600mm x 600mm. - Use 25MPa concrete. - Join poles with 12mm threaded rods, nuts and washers (galvanised). 2. DIVIDING CAMP INTO FOUR SECTIONS - Divide camp into 4 equal camps. - Each camp size: 19,000mm x 60,000mm. - Middle passage: 3800mm wide. - Work must be straight and strong for livestock safety. 3. INSTALL 500L WATER TROUGHS - Supply and install 500 litre HDPE water troughs. - Install 22mm brass float valves. - Connect properly to water supply. - Check for leaks and ensure stability. 4. STEEL FENCE REPAIRS – STABLES 161, 162, 163 - Repair steel fence at Stables 161, 162 and 163. - Replace damaged round tubing with same size. - Replace damaged fence with same type. - All welding must be strong and protected against rust. 5. CRUSH PAN ROOF PAINTING Surface Preparation: - Remove rust and loose paint. (Prepare and Paint) - Clean steel before painting. Painting: - Apply two coats primer (Red and Black). - Paint roof with high quality (Green) roof paint. - Finish steel structures with Aluminium Silvershine. 6. INSTALL NECK CLAMP WITH ELECTRONIC SCALE - Supply and install neck clamp at creche pan. - Electronic scale capacity: maximum 1000kg. - Ensure proper fixing, stable base and calibration. (Copy of certificate to be provided) 7. RUBBLE REMOVAL AND SITE CLEANING - Contractor must remove all rubble, old poles and scrap metal. (Load, Transport & Dispose) - Disposal of Waste MUST be done at a APRROVED LICENSED FACILITY. - Proof of disposal shall be provided to OBP's OHS officer. |
2026/04/01 10:00:00 |
No |
2026/04/08 15:00:00 |
| RFP/OBP05/24/IT01 |
Request for Proposal |
UPGRADE MICROSOFT DYNAMICS NAVISION 2009 TO MICROSOFT DYNAMICS 365 BUSINESS CENTRAL ERP TURNKEY PROJECT |
AS PER RFP |
AS PER RFP |
No |
2024/11/04 13:00:00 |
| RFQ/OBP032/2025/26 |
Request for Quote |
URGENT - Supply & install electrical Armoured cable with issue of COC on completion |
We urgently need assistance with procuring certain critical spares needed for the freeze drier project. 1. We urgently need to cut the floor for the power supply cable. We will need to hire a jack hammer as ours is missing from the stores (Security Manager was informed last week). 2. We need to buy a new cable. The current one has been in place since 1982, and the insulation may have deteriorated. It should have been tested but sadly that has not been done. Phophi had been informed last year around August that it had been tested but alas that was not the case – we do not have the equipment to test it ourselves (we do not even have a mega on site). For that reason, we cannot use it as that will be in breach of the electrical installation regulations. 3. Again, not to fall foul of the electrical installation regulations we need to install an electrical isolator. That has not been procured. Please use your good offices to facilitate the procurement of these spares and hiring services. |
We urgently need assistance with procuring certain critical spares needed for the freeze drier project. 1. We urgently need to cut the floor for the power supply cable. We will need to hire a jack hammer as ours is missing from the stores (Security Manager was informed last week). 2. We need to buy a new cable. The current one has been in place since 1982, and the insulation may have deteriorated. It should have been tested but sadly that has not been done. Phophi had been informed last year around August that it had been tested but alas that was not the case – we do not have the equipment to test it ourselves (we do not even have a mega on site). For that reason, we cannot use it as that will be in breach of the electrical installation regulations. 3. Again, not to fall foul of the electrical installation regulations we need to install an electrical isolator. That has not been procured. Please use your good offices to facilitate the procurement of these spares and hiring services. |
No |
2025/05/07 15:00:00 |
| RFQ/OBP033/2025/26 |
Request for Quote |
URGENT - Supply & install pipes and fittings on Production line |
We urgently need assistance with procuring certain critical spares needed for the freeze drier project. 1. We urgently need to cut the floor for the power supply cable. We will need to hire a jack hammer as ours is missing from the stores (Security Manager was informed last week). 2. We need to buy a new cable. The current one has been in place since 1982, and the insulation may have deteriorated. It should have been tested but sadly that has not been done. Phophi had been informed last year around August that it had been tested but alas that was not the case – we do not have the equipment to test it ourselves (we do not even have a mega on site). For that reason, we cannot use it as that will be in breach of the electrical installation regulations. 3. Again, not to fall foul of the electrical installation regulations we need to install an electrical isolator. That has not been procured. Please use your good offices to facilitate the procurement of these spares and hiring services. |
We urgently need assistance with procuring certain critical spares needed for the freeze drier project. 1. We urgently need to cut the floor for the power supply cable. We will need to hire a jack hammer as ours is missing from the stores (Security Manager was informed last week). 2. We need to buy a new cable. The current one has been in place since 1982, and the insulation may have deteriorated. It should have been tested but sadly that has not been done. Phophi had been informed last year around August that it had been tested but alas that was not the case – we do not have the equipment to test it ourselves (we do not even have a mega on site). For that reason, we cannot use it as that will be in breach of the electrical installation regulations. 3. Again, not to fall foul of the electrical installation regulations we need to install an electrical isolator. That has not been procured. Please use your good offices to facilitate the procurement of these spares and hiring services. |
No |
2025/05/07 15:00:00 |
| RFQ/OBP073/2025/26 |
Request for Quote |
Vacuum Oil For Freeze Dryer |
Supply vacuum pump oil for freeze dryer: Specifications: Vapor Pressure @ 25°C: 5 x 10^-5 Torr Viscosity @ 40°C: 26 cSt Flash Point: (COC) 180°C. 356°F Pour Point: -18°C. Specific Gravity @ 22°C: 0.86 g/m |
Supply vacuum pump oil for freeze dryer: Specifications: Vapor Pressure @ 25°C: 5 x 10^-5 Torr Viscosity @ 40°C: 26 cSt Flash Point: (COC) 180°C. 356°F Pour Point: -18°C. Specific Gravity @ 22°C: 0.86 g/m |
No |
2025/07/03 15:00:00 |
| RFQ/OBP222/2025/26 |
Request for Quote |
Validation and Servicing of Walk-in-Incubators |
Validation and service of 2 Walk-In-Incubators Validation interval: 12 months Validation label and certificate must be provided Supplier must be SANAS accredited |
|
No |
2025/10/28 15:00:00 |
| RFQ/OBP049/2025/26 |
Request for Quote |
Validation of LFU's and air handling units for a period of 36months (SLA) |
ABOVE INCLUDES: 3 year VALIDATIONS - LAMINAR FLOW CABINETS - AIR HANDLING UNITS - BIOLOGICAL SAFETY CABINETS - FUME EXTRACTION CABINET LIST OF EQUIPMENT: 102- LF23 102-AHU06 102-AHU-07 102-LF12 102-LFU13 102-LFU-14 102-LFU15 102-LFU16 102-LF09 102-LF10 101-LF03 102-LF17 102-AHU01 102-AHU02 102-AHU03 102-AHU04 102-AHU05 102-LF03 102-LF02 102-LF04 102-LF05 102-LFU06 102-LFU20 102-LFU11 105-LF06 105-LF09 105-LF02 105-LF05 105-LF08 09913 105-LF03 105-LF10 10139 (HAND FILL) 103-LF03 103-LF09 RBV4090 FFV8024 101-LF01 101-LF02 101-LF04 100-LF01 100-LF04 100-LF05 108-LF14 108-LF09 108-LF11 108-AHU1 108-LF01 108-AHU02 108-LF05 108-LF03 108-LF12 106-LF05 106-LF06 106-LF04 106-LF02 106-LF01 106-LF03 102-LF21 106-LF07 107-LF-01 107-LF-02 107-AHU-01 107-AHU-02 107-AHU-03 107-AHU-04 |
ABOVE INCLUDES: 3 year VALIDATIONS - LAMINAR FLOW CABINETS - AIR HANDLING UNITS - BIOLOGICAL SAFETY CABINETS - FUME EXTRACTION CABINET LIST OF EQUIPMENT: 102- LF23 102-AHU06 102-AHU-07 102-LF12 102-LFU13 102-LFU-14 102-LFU15 102-LFU16 102-LF09 102-LF10 101-LF03 102-LF17 102-AHU01 102-AHU02 102-AHU03 102-AHU04 102-AHU05 102-LF03 102-LF02 102-LF04 102-LF05 102-LFU06 102-LFU20 102-LFU11 105-LF06 105-LF09 105-LF02 105-LF05 105-LF08 09913 105-LF03 105-LF10 10139 (HAND FILL) 103-LF03 103-LF09 RBV4090 FFV8024 101-LF01 101-LF02 101-LF04 100-LF01 100-LF04 100-LF05 108-LF14 108-LF09 108-LF11 108-AHU1 108-LF01 108-AHU02 108-LF05 108-LF03 108-LF12 106-LF05 106-LF06 106-LF04 106-LF02 106-LF01 106-LF03 102-LF21 106-LF07 107-LF-01 107-LF-02 107-AHU-01 107-AHU-02 107-AHU-03 107-AHU-04 |
2025/06/03 11:00:00 |
No |
2025/06/09 15:00:00 |
| RFQ/OBP366/2024/25 |
Request for Quote |
VAPROX Hydrogen Peroxide Sterilant 950ml |
Product Description Product Code Pack Size Qty VAPROX Hydrogen Peroxide Sterilant 950ml VHP-VAPPB006EUR 1 box (6 bottles) 6 |
Product Description Product Code Pack Size Qty VAPROX Hydrogen Peroxide Sterilant 950ml VHP-VAPPB006EUR 1 box (6 bottles) 6 |
No |
2024/10/17 15:00:00 |
| RFQ/OBP389/2025/26 |
Request for Quote |
VI Cell Concentration Control, Vi CELL Reagents Park & Z2 Coulter Counter Reagents and Calibration solution. |
Supply of concentration control material for verification of cell concentration measurements on the Vi-CELL automated cell viability analyser. 1.Product Description A stabilized latex bead suspension with certified nominal concentration used to verify instrument concentration accuracy and performance. 1.1 Compatibility o Must be fully compatible with: o Vi-CELL XR analyzer 1.2 Nominal bead Concentration For Vi-CELL XR: o 1 × 10⁶ beads/mL 1.3 Physical Characteristics • Format: Latex bead suspension control standard. • Sterility: Non-biological control material • Homogeneous suspension • Suitable for automated aspiration systems 1.4 Packaging • 20 mL bottle. 1.5 Storage & Stability • typically 2–8°C • Minimum remaining shelf life upon delivery: ≥ 70% of total shelf life or ≥ 12months (whichever is longer) Quality Documentation Supplier shall provide: · Certificate of Analysis (CoA) · Certificate of Conformance (CoC) · Safety Data Sheets (SDS) · Instructions for Use (IFU) · Manufacturer ISO certification details (ISO 9001 / ISO 13485, if applicable) 2 2 Vi CELL Reagents Park This specification defines the requirements for the supply of Vi-CELL Reagent Pack for use with automated cell viability analyzers. Equipment Compatibility The reagent pack be fully compatible with: Vi-CELL XR Kit Components Trypan Blue solution 0.4% (w/v) Cleaning solution Buffer Solution Rinse solution / system fluid (Disinfectant) Performance Support accurate cell concentration and viability measurements. Compatible with automated aspiration and mixing systems. Formulations stable and free from precipitation or particulate contamination. Lot-to-lot consistency maintained. Storage & Shelf Life Minimum shelf life upon delivery: at least 12 months or ≥70% of total shelf life. Quality Documentation Supplier shall provide: Certificate of Analysis (CoA) Certificate of Conformance (CoC) Safety Data Sheets (SDS) Instructions for Use (IFU) Manufacturer ISO certification details (ISO 9001 / ISO 13485, if applicable) (1X5L)eac Z2 Coulter Counter Reagents and Calibration solution This specifications defines Reagent packs for the Beckman Coulter Z2 Coulter Counter essential consumables. v Iso flow II Diluent Ø Formulation compatible with Beckman Coulter impedance technology Ø Electrolyte solution compatible with Z Ø Balanced electrolyte solution with stable conductivity suitable for cell sizing/counting Ø Non-hemolytic, non-toxic, free of particulate contaminants Ø Supplied in ready-to-use format v Performance: Ø Conductivity and osmolality suitable for animal cell suspensions Ø Validated for use with Z2 Coulter Counter Ø Aperture Diameter of (100μm ) v Packaging/Volume: Ø 5 L / bottle v Performance: Ø Demonstrated complete Cell lysis in standard dilutions Ø Minimal cell debris post-lysis for reliable counts v Coulter Cleaning Solution Ø Chemically formulated for safe cleaning of apertures and fluid lines Ø Compatible with plastic/metal components of the Z2 syste Ø Non-abrasive, non-corrosive Ø Removes debris, salts, and biological residue Ø Packaging/Volume Options: v Packaging/Volum Ø 5 L / bottle v Performance: Ø Effective for routine flush and deep-clean cycles Ø Does not affect future sample integrity v Calibration Standards (Latex Beads) v Bead Types: Ø Monodisperse latex microspheres of known diameters Ø Typical sizes required: 10 µm v Concentration: Known bead count concentration (beads/mL) certified per lot High stability suspending medium (non-agglomerating) v Performance Criteria: Ø Tight size distribution (low CV % specified for each bead population) Ø Stable over defined shelf life Ø Compatible with Z2 impedance counting v Format: Ø Single bead size in via Ø Volumes: 20ml v Common Documentation Required (for All Items) Ø Certificate of Analysis (CoA) Per lot, showing tested specifications Ø Safety Data Sheets (SDS) Latest revision Ø Lot traceability and manufacturing Date Ø Storage conditions and self-liflife |
Supply of concentration control material for verification of cell concentration measurements on the Vi-CELL automated cell viability analyser. 1.Product Description A stabilized latex bead suspension with certified nominal concentration used to verify instrument concentration accuracy and performance. 1.1 Compatibility o Must be fully compatible with: o Vi-CELL XR analyzer 1.2 Nominal bead Concentration For Vi-CELL XR: o 1 × 10⁶ beads/mL 1.3 Physical Characteristics • Format: Latex bead suspension control standard. • Sterility: Non-biological control material • Homogeneous suspension • Suitable for automated aspiration systems 1.4 Packaging • 20 mL bottle. 1.5 Storage & Stability • typically 2–8°C • Minimum remaining shelf life upon delivery: ≥ 70% of total shelf life or ≥ 12months (whichever is longer) Quality Documentation Supplier shall provide: · Certificate of Analysis (CoA) · Certificate of Conformance (CoC) · Safety Data Sheets (SDS) · Instructions for Use (IFU) · Manufacturer ISO certification details (ISO 9001 / ISO 13485, if applicable) 2 2 Vi CELL Reagents Park This specification defines the requirements for the supply of Vi-CELL Reagent Pack for use with automated cell viability analyzers. Equipment Compatibility The reagent pack be fully compatible with: Vi-CELL XR Kit Components Trypan Blue solution 0.4% (w/v) Cleaning solution Buffer Solution Rinse solution / system fluid (Disinfectant) Performance Support accurate cell concentration and viability measurements. Compatible with automated aspiration and mixing systems. Formulations stable and free from precipitation or particulate contamination. Lot-to-lot consistency maintained. Storage & Shelf Life Minimum shelf life upon delivery: at least 12 months or ≥70% of total shelf life. Quality Documentation Supplier shall provide: Certificate of Analysis (CoA) Certificate of Conformance (CoC) Safety Data Sheets (SDS) Instructions for Use (IFU) Manufacturer ISO certification details (ISO 9001 / ISO 13485, if applicable) (1X5L)eac Z2 Coulter Counter Reagents and Calibration solution This specifications defines Reagent packs for the Beckman Coulter Z2 Coulter Counter essential consumables. v Iso flow II Diluent Ø Formulation compatible with Beckman Coulter impedance technology Ø Electrolyte solution compatible with Z Ø Balanced electrolyte solution with stable conductivity suitable for cell sizing/counting Ø Non-hemolytic, non-toxic, free of particulate contaminants Ø Supplied in ready-to-use format v Performance: Ø Conductivity and osmolality suitable for animal cell suspensions Ø Validated for use with Z2 Coulter Counter Ø Aperture Diameter of (100μm ) v Packaging/Volume: Ø 5 L / bottle v Performance: Ø Demonstrated complete Cell lysis in standard dilutions Ø Minimal cell debris post-lysis for reliable counts v Coulter Cleaning Solution Ø Chemically formulated for safe cleaning of apertures and fluid lines Ø Compatible with plastic/metal components of the Z2 syste Ø Non-abrasive, non-corrosive Ø Removes debris, salts, and biological residue Ø Packaging/Volume Options: v Packaging/Volum Ø 5 L / bottle v Performance: Ø Effective for routine flush and deep-clean cycles Ø Does not affect future sample integrity v Calibration Standards (Latex Beads) v Bead Types: Ø Monodisperse latex microspheres of known diameters Ø Typical sizes required: 10 µm v Concentration: Known bead count concentration (beads/mL) certified per lot High stability suspending medium (non-agglomerating) v Performance Criteria: Ø Tight size distribution (low CV % specified for each bead population) Ø Stable over defined shelf life Ø Compatible with Z2 impedance counting v Format: Ø Single bead size in via Ø Volumes: 20ml v Common Documentation Required (for All Items) Ø Certificate of Analysis (CoA) Per lot, showing tested specifications Ø Safety Data Sheets (SDS) Latest revision Ø Lot traceability and manufacturing Date Ø Storage conditions and self-liflife |
No |
2026/03/20 16:00:00 |
| RFQ/OBP512/2024/25 |
Request for Quote |
Virkon powder |
To provide Virkon powder (10Litre) bucket X 10 |
To provide Virkon powder (10Litre) bucket X 10 |
No |
2025/02/16 15:00:00 |
| RFQ/OBP536/2024/25 |
Request for Quote |
WATER DISPENSER with 2 REFILLS |
This is part of the OHSA act, that the company must provide drinkable water to the employees that won't have an impact on their health. |
This is part of the OHSA act, that the company must provide drinkable water to the employees that won't have an impact on their health. |
No |
2025/03/12 15:00:00 |
| RFQ/OBP401/2024/25 |
Request for Quote |
Water Jacketed CO2 Incubator |
Equipment is on 2024/2025 Capex list and needs to be procured before financial year end. |
Equipment is on 2024/2025 Capex list and needs to be procured before financial year end. |
No |
2024/11/13 15:00:00 |
| RFQ/OBP513/2024/25 |
Request for Quote |
Wheelbarrows |
Provide 15X Wheelbarrows (Flat pan lasher) and 15X Galvanised baths (150 Litres) |
Provide 15X Wheelbarrows (Flat pan lasher) and 15X Galvanised baths (150 Litres) |
No |
2025/02/16 15:00:00 |
| RFQ/OBP461/2024/25 |
Request for Quote |
White blank thermal labels |
See attached specifications |
See attached specifications |
No |
2025/02/25 15:00:00 |
| RFQ/OBP4661/2024/25 |
Request for Quote |
White blank thermal labels |
See attached specifications |
See attached specifications |
No |
2024/12/10 15:00:00 |
| RFQ/OBP472/2024/25 |
Request for Quote |
White Carton strips PM0380 |
See attached specifications |
See attached specifications |
No |
2025/01/30 15:00:00 |
| RFQ/OBP472/2024/25 |
Request for Quote |
White Carton strips PM0380 |
See attached specifications |
See attached specifications |
No |
2025/01/16 15:00:00 |
| RFQ/OBP209/2025/26 |
Request for Quote |
Wide Angle High Power LED High Bay LIGHTS |
100-240VAC 200W 6000K, Wide Angle High Power LED Highbay QUANTITY 45 |
|
No |
2025/10/20 15:00:00 |
| RFQ/OBP124/2025/26 |
Request for Quote |
Wire heating element |
Wire heating element Type:6220 Voltage:230vac Power: 2x500W min - 2 x 1300 W max Outer dimensions Length: 192mm Width: 35 mm Height: 41.5 mm Mounting length: 184.5mm For fans with roll length: 180mm Mark approval: UL/VDE |
Wire heating element Type:6220 Voltage:230vac Power: 2x500W min - 2 x 1300 W max Outer dimensions Length: 192mm Width: 35 mm Height: 41.5 mm Mounting length: 184.5mm For fans with roll length: 180mm Mark approval: UL/VDE |
No |
2025/08/13 15:00:00 |
| RFQ/OBP443/2025/26 |
Request for Quote |
Xylem Ebro TMX 320 Fridge/Freezer with 1 internal sensor / 1 external probe with 4 x 20 mm metal capsule |
For temperature monitoring of the cold room, fridge and freezer. |
|
No |
2026/03/27 16:00:00 |
| RFQ/OBP307/2025/26 |
Request for Quote |
Yearly maintenance and calibration or verification of the RC6+ Sorvall centrifuge |
Yearly maintenance and calibration or verification of the RC6+ sorvall centrifuge by service provider with training on the RC6+ sorvall centrifuges, using Calibrated equipment such as stopwatch, digital multi meter, phot tachometer, temperature meter Documentation proof required. Certificates for all calibration equipment used, training document, Certificate of equipment after calibration or verification. |
|
No |
2026/01/19 15:00:00 |