POWER PANEL TECHNOLOGIES — DATA CENTRE PANEL PROCUREMENT WORKSHEET Revision: 27 October 2026 | Quotation enquiry worksheet — not an approved tender Contact: powerpaneltech@gmail.com | +91-9654745703 QUOTATION RETURN DETAILS Send the completed worksheet and approved project documents to powerpaneltech@gmail.com. Suggested subject: Data Centre Panel Quotation — [Project name / location] Consultant / company: ______________________ Contact name / role: ______________________ Email / phone: ______________________ Project name / site city / country: ______________________ Enquiry reference / quotation due date: ______________________ Required dispatch date / phased delivery schedule: ______________________ Budget guidance / currency (optional): ______________________ EQUIPMENT SCHEDULE — repeat one row for each panel Panel tag | Type | Quantity | Rated current | Fault duty / duration | A or B path _________ | ____ | ________ | _____________ | _____________________ | ___________ _________ | ____ | ________ | _____________ | _____________________ | ___________ _________ | ____ | ________ | _____________ | _____________________ | ___________ Approved makes / substitutions permitted: ______________________ Supply only / installation / programming / commissioning scope: ______________________ Delivery destination / unloading / site access responsibilities: ______________________ Attached documents and revisions (approved SLD, load list, specification, points list): ______ Open engineering questions / assumptions requiring clarification: ______________________ Commercial terms and exclusions to be agreed in the quotation; offline transactions only. CSI Division 26 coordination worksheet: confirm section numbers and local requirements with the project's specification author. Not an official CSI specification or certification. No project drawings, BOMs or proprietary GA layouts are included. 1. PROJECT AND RESPONSIBILITIES Project / destination: ______________________ Consultant / EPC / owner: ______________________ Scope: PCC / UPS input-output-bypass / PDU / RPP / cooling MCC / monitoring Design, supply, programming, FAT, transport and commissioning responsibilities: ______ Applicable standards, editions, local authority requirements and approved makes: ______ 2. SOURCE AND DISTRIBUTION DESIGN Attach approved SLD and operating-state matrix. Voltage / frequency / earthing system: ______ Transformer / DG / UPS ratings and manufacturer fault-current data: ______ A/B independence; normal, failure and maintenance states: ______ Parallel-source permission and maximum prospective fault current: ______ Required rated current, Icw and duration, Ipk, device breaking capacity: ______ Confirm ratings by study; 65 kA/1 s is NOT a universal requirement. 3. ASSEMBLY CONSTRUCTION IS/IEC 61439-1 and -2 verification basis and evidence references: ______ Internal separation form / specified construction type: ______ IP rating / ambient / altitude / ventilation / cable entry: ______ Busbar and neutral thermal/harmonic assessment: ______ Protective bonding and terminals: ______ Do not specify busbars from current density alone; verify temperature rise and fault duty. Do not assume a double-sized neutral without a harmonic and thermal assessment. 4. TRANSFER AND UPS INTERLOCKS Transfer device technology, ratings and applicable performance standard: ______ Source acceptance voltage/frequency/phase window: ______ Dead-bus / residual voltage / synchronism / transfer inhibit: ______ Break-before-make or approved closed-transition philosophy: ______ Bypass/isolation sequence and safe maintenance responsibilities: ______ Required measured transfer performance under defined conditions: ______ UPS inverter and bypass protection coordination evidence: ______ 5. RACK DISTRIBUTION AND MONITORING Racks / design kW per rack / growth / power factor: ______ Circuits per rack per path / single or three phase / connectors: ______ Surviving-path full-load capacity and maximum loading criterion: ______ Branch protection settings and phase allocation: ______ CT ratio / accuracy / voltage reference / meter-supported quantities: ______ Circuit tags / register map / scaling / timestamp / polling interval: ______ DCIM protocol / gateway / cybersecurity / offline alarm behaviour: ______ 6. COOLING MCC AND RECOVERY Motor nameplates, starting method, VFD duty and heat dissipation: ______ UPS-backed controls vs generator-backed motors: ______ Flow proof, valves, OEM permissives and anti-recycle timers: ______ Staged generator pickup and duty/standby sequence: ______ Power-loss, sensor-fault and communication-loss response: ______ 7. APPROVAL, VERIFICATION AND HANDOVER Approved GA/SLD/wiring/terminal schedule and deviations register: ______ Design-verification references relevant to this assembly: ______ Routine verification and agreed FAT with witness points: ______ A/B failure and maintenance simulations, transfer inhibits and bypass interlocks: ______ Meter/CT phase-polarity checks and gateway loss tests: ______ Cooling restoration sequence and generator load-step validation: ______ Recorded results, as-builts, settings, software backups and O&M: ______ Site acceptance and energisation authority: ______ Final ratings, coordination, drawings and pricing require qualified engineering review. No Tier certification, type-test certificate or equipment performance is implied by this worksheet.