AoI 5.4 KCS Tier 1 Phase 2 Cables.pdf

Commercial Solution Opportunity – Defense Commissary Agency (DECA)

In accordance with the Commercial Opportunity Solution – Defense Commissary Agency (DeCA), dated 04.10.2026, paragraph 5.0, the following specific requirement in support of AoI

5.4 Lower Costs is attached.

The Defense Commissary Agency (DeCA) is seeking innovative, commercial approaches from European Union registered firms to procure, install, and connect eleven (11) new primary low-voltage supply cables to include the distribution group feeder lines that supply the sub distribution boards in TN-C system configuration, which will be replaced as intermediate cable sections during this work. The work shall be performed at the Central Distribution Center on Ramstein Air Base, Germany supporting operations within the European area. The goal is to leverage industry best practices, modern technologies, and creative commercial construction service models to improve reliability, accountability, and overall service quality for CDC electrical systems. Equipment and approach will undergo vigorous inspections at all stages (installation methodology prior to work performance, material delivery, material install, commissioning) by the Technischer Überwachungsverein (TUEV Saarland) in alignment with commercial practices followed by the Deutsches Institut für Normung. The recommended timeline for performance is 90 days total from award until final commissioning by the TUEV.

Attachment 1 contains technical data that will provide assistance in understanding current conditions that commercial solution proposal will need to meet.

Our objective is to procure and install eleven (11) main electrical cables. Interested vendors with proven expertise in providing industrial electrical installation should submit their Commercial Solution Proposal (Phase 3) in accordance with section 3.4 Commercial Solution Proposals.

A Phase 3 submittal built to Commercial Construction Index Standards (Modified to DeCA Design Guide)(https://decafacilities.com/decadesign/) is recommended for ease of review and execution. (Example DIVISION table of contents provided as Attachment 2).

The closing date for this opportunity is Friday, 18 September 2026 at 14:00 Central European Time (CET). Award is contemplated on or around 22 SEP 2026 as the host nation overseeing Agency (TUEV Saarland) expects to review approach on 28 SEP with physical installation to start performance on 1 OCT.

All communications to include questions pertaining to this opportunity shall be sent via email to the following Points of Contact:

Suzette San Juan (Suzette.Sanjuan@deca.mil)

Anna Gulewich (anna.gulewich@deca.mil) https://decafacilities.com/decadesign/) mailto:Suzette.Sanjuan@deca.mil mailto:Suzette.Sanjuan@deca.mil mailto:anna.gulewich@deca.mil mailto:(Suzette.Sanjuan@deca.mil mailto:(anna.gulewich@deca.mil

DEFENSE COMMISSARY AGENCY (DeCA)

EQUIPMENT SPECIFICATIONS

PROJECT TITLE: Electrical Supply Cable Replacement (Tier 1 Part 2)

LOCATION: Central Distribution Center Kaiserslautern, Germany

SUBMITTAL DATE: 9 SEP 2026

PROJECT PERFORMANCE: 01 OCT 2026 Clearance to Work (15 OCT 2026

MOBILIZATION-30 DEC 2026 COMPLETION)

DOCUMENT STATUS: 100% (Final) Specification Package

TABLE OF CONTENTS

DIVISION 00 — PROCUREMENT AND CONTRACTING REQUIREMENTS

SECTION 00 01 15 – LIST OF DRAWING SHEETS

SECTION 00 31 00 – AVAILABLE PROJECT INFORMATION

DIVISION 01 — GENERAL REQUIREMENTS

SECTION 01 11 00 – SUMMARY OF WORK

SECTION 01 31 00 — PROJECT MEETINGS

SECTION 01 45 00 – MANAGEMENT & QUALITY CONTROL

DIVISION 02 — EXISTING CONDITIONS

Section 02 41 00 — Removal & Disposal

DIVISION 07 — THERMAL AND MOISTURE PROTECTION

SECTION 07 84 00 – FIRESTOPPING

DIVISION 09 — FINISHES

SECTION 09 91 00 – PAINTING & WALL RESTORATION

DIVISION 26 — ELECTRICAL

SECTION 26 05 00 – COMMON WORK RESULTS FOR ELECTRICAL

SECTION 26 05 36 – CABLE TRAYS FOR ELECTRICAL SYSTEMS

DIVISION 00 — PROCUREMENT AND CONTRACTING REQUIREMENTS

SECTION 00 01 15 LIST OF DRAWING SHEETS

List of Drawings: The drawings listed below form a part of this contract and illustrate the existing electrical system topology, sub-distribution panels, crawlspace cable runs, and replacement circuit scopes.

Attachment 1 — Cold Storage Zone List Attachment 2 — Drawing without zone Attachment 3 — Load Calculations for the full system

SECTION 00 31 00 — AVAILABLE PROJECT INFORMATION

1.1 GENERAL EXISTING CONDITIONS

Certain information relating to existing surface and subsurface conditions, building structures, crawlspace passages, distribution switchboards, and cable raceways is included in this specification, attachments, and accompanying exhibits, and is available to bidders for use in preparing their bid and performing the work on this project. Bidders shall take this information into account when preparing their bid and include all such costs related to this information in their proposal. This information is based on the German Technical Inspection Association (TÜV) audit and the Bestandsaufnahme (inventory inspection).

1.2 TECHNICAL DOCUMENTATION & DRAWINGS

A. Attachment 1 — Cold Storage Zone List Bidders shall review the various drawings and current deficiencies to understand necessary approach to be used.

Attachment 4-12 Current Deficiency List with Existing Cables:

• Attachment 4 Prüfbericht KCS CDK-357

• Attachment 5 Prüfbericht KCS CDK-398

• Attachment 6 Prüfbericht KCS CDK-399

• Attachment 7 Prüfbericht KCS CDK-400 in Arbeit

• Attachment 8 Prüfbericht KCS CDK-403

• Attachment 9 Prüfbericht KCS CDK-415

• Attachment 10 Prüfbericht KCS CDK-431

• Attachment 11 Prüfbericht KCS CDK-458

• Attachment 12 Locations of Cable (Desired End State For Cable)

Attachment 13 — Expected Material List

B. BILINGUAL TERMINOLOGY NOTE (VERTEILER / MANIFOLD / BOARD)

Bidders and Contractors are advised that German Host Nation technical plans use the term “Verteiler” (distributor/distribution board), which is translated in some project documents as “manifold” or “distribution manifold.” For the purposes of this electrical contract, all references to “eleven main electrical cables” shall be understood as referring to the eleven (11) main electrical supply cables listed and detailed in Section 26 05 19.

C. Inspection Findings & System Deficiencies:

The governing technical inspection authority for industrial facilities in Germany is Technischer Überwachungsverein (TÜV). A technical safety inspection performed at the Kaiserslautern CDC Facility (KCS) identified major electrical non-compliances that require immediate corrective action.

The existing cables suffer from:

• TN-C to TN-S Conversion: The existing distribution system contains legacy 4-conductor feeders (TN-C system where Neutral and Earth are combined into a PEN conductor). A

TN-C system is strictly prohibited inside buildings for new installations or major modifications under DIN VDE 0100-540 and DIN VDE 0100-410.

• EMC & Stray Return Currents: Inadequate shielding and 4-core cable runs have generated electromagnetic disturbances and stray currents, violating DIN VDE 0100-444.

• Protection & RCD Deficiencies: Outgoing circuits lack adequate back-up overcurrent protection (Vorsicherungen), leaving Residual Current Devices (RCD / FI) unprotected and non-compliant with DIN VDE 0100-530.

• Main Busbar Capacity (Building 56): The main building distribution switchboard (GHV) in Building 56 contains a busbar rated at 2,800 A (In = 2800 A, LDA 7413, AL, PEN, IP34). The cumulative rated current of the three supply transformers (3 x 800 kVA = 2,400 kVA, ~3,450 A) exceeds busbar capacity, requiring strict phase balance and verification during feeder replacement.

• Missing Back-Up Fuses & Unprotected RCDs: Downstream sub-distributors lack upstream pre-fuses (Vorsicherungen), leaving residual current devices (FI switches) unprotected against prospective short-circuit stress, violating DIN VDE 0100-530.

• TN-C / TN-S Meshed Networks: The existing legacy 4-core TN-C network has been improperly meshed with downstream TN-S sub-distribution boards. The Contractor must verify and enforce proper TN-C-S configuration, splitting PEN at designated switchboards and eliminating any reverse or parallel N/PE looping.

• Building 56 Main Busbar Overload Risk: The low-voltage busbar (LDA 7413, rated at 2,800 A, aluminum, PEN, IP34) in Building 56 is connected to three 800 kVA transformers (cumulative capacity ~3,450 A). Work must ensure no oversubscription or localized overheating occurs during normal or bus-tie configurations.

• Historical Modifications & Conductor Aging: Multiple field retrofits are unrecorded, conductors in panels exceed 60 years of age, and terminals show signs of overheating, requiring mandatory circuit tracing and field verification prior to cutover.

1.3 HAZARDOUS MATERIALS

A. Asbestos, Lead-Based Paint or Hazardous Chemicals: Bidders may conduct their own survey for asbestos-containing materials (ACM), lead-based paint, or hazardous chemical residues in work zones (such as cold storage wall panels, ceiling plenums, and floor crawlspaces) at their option. Any variations in survey results shall be reported promptly to the Contracting Officer and DeCA Project Manager.

B. Host Nation Disposal: When present, containment, removal, and lawful disposal of asbestos-containing or hazardous materials affected by the work shall be performed in compliance with host nation environmental laws and are included in the Work. Bidders shall include all costs of abatement in their bid.

DIVISION 01 — GENERAL REQUIREMENTS

SECTION 01 11 00 — SUMMARY OF WORK

PART 1 — GENERAL

1.1 SECTION INCLUDES

A. Project Information and Site Location.

B. Work sequence, phasing, and operational hours under continuous facility occupancy.

C. General Scope of Work.

D. Host Nation Coordination and TÜV Auditing.

1.2 PROJECT INFORMATION

A. Project Name: Electrical Panelboard Replacement & System Remediation (Tier 1 Part 2)

B. Project Location: Kaiserslautern CDC Facility, Germany.

C. Governing Codes: Unified Facilities Criteria (UFC), National Electrical Code (NEC), German Host Nation VDE standards, and TÜV standards.

• DIN VDE 0100-410:2018-10: Protection against electric shock; automatic disconnection of supply, protective measures, and circuit RCD criteria.

• DIN VDE 0100-540:2024-06: Earthing arrangements, protective conductors, PEN splitting, PE and N routing, main grounding busbar.

• DIN VDE 0100-510:2014-10 & DIN EN IEC 60445 (VDE 0197):2023-02: Conductor color coding, terminal markings, and equipment labeling.

• DIN VDE 0100-520:2023-06: Cable and wiring systems; selection and installation of 5-core feeders, voltage drop limits, installation conditions.

• DIN VDE 0298-4:2023-06: Current-carrying capacity of cables, grouping factors, ambient temperature correction, installation methods, neutral load.

• DIN VDE 0100-430:2010-10: Overcurrent protection of conductors against overload and short circuits.

• DIN EN 60909-0 (VDE 0102):2016-12 (incl. Berichtigung 2019-02): Short-circuit current calculation, breaking capacity, thermal and dynamic withstand.

• DIN VDE 0100-460:2018-06 & DIN VDE 0100-530:2018-06: Isolation and switching;

main switches, disconnecting devices, protective switchgear.

• DIN VDE 0100-444:2010-10: Electromagnetic compatibility (EMC); mitigation of PEN stray currents, harmonics, screening, separate PE/N routing.

• DIN VDE 0100-420:2022-06: Fire protection; protection against thermal effects and electrically induced fires.

• DIN VDE 0100-443:2016-10 & DIN VDE 0100-534:2016-10: Surge protection;

selection, installation, and coordination of SPDs.

• DIN VDE 0100-600:2017-06: Initial inspection, testing, and measurement of new and modified electrical installations.

• DIN VDE 0105-100: Operation of electrical installations; cleaning and maintenance safety.

• DIN EN 61439 (VDE 0660-600): Low-voltage switchgear and controlgear assemblies.

• DGUV Vorschrift 3: Electrical installations and equipment accident prevention.

1.3 CONTINUOUS SUPPLY CHAIN DIRECTORATE OPERATIONS & WORKING HOURS

A. Continuous Government Occupancy: The facility will remain in complete and continuous operation during the entire performance period process. The Contractor shall perform the work in a manner that prevents any disruption to daily CDC storage, material handling, or cold chain logistics.

B. Working Hours: Standard hours of operation are Monday through Friday, 07:00 to 15:45.

C. After-Hours/Shutdown Work: Any work requiring electrical outages, service interruptions, or excessively noisy operations (e.g., CMU drilling, wall anchors) must be performed after 15:45 or during weekend shifts, and must be scheduled with the Contracting Officer Representative (COR) and Facility Operator at least 7 calendar days in advance. (Note that the Facility Operator are willing to work with the team around non-office space areas during operating hours pending no electricity loss. Office spaces that will require exposed noise or more than temporary power loss (0-10 minutes) need prior coordination but will follow the after-hours instructions. If longer, connections or electrical loss will need to be planned and executed after hours and Facility Operator will support.

D. German National and Rhineland-Pfalz Holidays: No work is required or permitted on recognized local German holidays. The Contractor must coordinate site access around both US and German holiday schedules.

E. Safety Submittals: Prior to mobilization, the Contractor shall submit the following for Government review and approval. No on-site work shall commence until these submittals are approved in writing by the COR.

• Accident Prevention Plan (APP) / Site-Specific Safety Plan (SSSP): A comprehensive safety plan tailored to the active cold-storage and commissary environment, complying with EM 385-1-1 and Host Nation regulations.

• Activity Hazard Analysis (AHA) & Risk Assessment: Detailed, phase-by-phase AHAs for all major work activities, including but not limited to demolition, panel installation, cable pulling, energization, and testing. Each AHA shall identify specific hazards, risk ratings, and mitigation measures.

• Emergency Action & Response Plan (ERP): Site-specific procedures for medical emergencies, electrical shock response, fire prevention, and emergency evacuation. The plan must include contact information and coordination protocols for facility management, base emergency services, and local Host Nation medical facilities.

• Lockout/Tagout (LOTO) Procedures: Written hazardous energy control procedures for all circuit de-energization and service cut-overs, coordinated with the COR and facility management. The submittal shall include key custody logs and isolation verification protocols.

• Hazardous Materials Mitigation & Disposal Plan: Submit any testing reports, handling procedures, and waste disposal manifests for potential Asbestos-Containing Materials (ACM) and Lead-Based Paint (LBP) in accordance with Host Nation/EU environmental regulations.

• Personnel Certifications: Submit proof of current qualifications for the designated Site Safety and Health Officer (SSHO), CPR/First-Aid certified personnel, and all electricians, including Elektrofachkraft certification per DIN VDE 0105-100/DGUV Vorschrift 3.

• Dust and Food Safety Protection Plan: A detailed plan outlining procedures for erecting airtight containment partitions (e.g., 6 mil polyethylene sheeting or hard-wall barriers), utilizing HEPA filtration, and ongoing air monitoring to protect adjacent cold-storage products from dust and debris.

1.4 GENERAL SCOPE OF WORK

The Contractor shall provide all personnel, equipment, supplies, transportation, tools, materials, supervision, and professional engineering services to:

A. Procure, install, and connect eleven (11) new primary low-voltage supply cables to include the distribution group feeder lines that supply the sub distribution boards in TN-C system configuration, which will be replaced as intermediate cable sections during this work.

B. Perform engineering calculations, and supervision necessary to decommission, remove, replace, securely install, and connect the cables.

C. Execute final system testing, commissioning, and secure third-party TÜV certification.

1.5 SPECIFIC CABLE SCHEDULE

A. The cable installation shall be routed within the crawlspace located beneath the ground floor.

All conduits, raceways, and associated wiring shall be securely mounted along the crawlspace wall in accordance with applicable DIN VDE standards. The 11 primary supply lines to be replaced and their specific field deficiencies identified are detailed below:

Target Sub- Distributio n Board

Existing

CDC-K ID

Route / Feeding Source

Existing Deficient

Cable Type

Documented Underlying Deficiencies

Corrective Scope & Specification

HV I Süd CDK000357 From Building 51 / GHV Feld 12 to Cold Storage South

NYY-O

4x150 mm² (140 m, LS 400A / 250A)

Severe condensation;

parallel lines with mismatched cross-sections; burn marks on terminals; cables >60 yrs; double-assigned terminals.

Pull new 5-wire TN-S feeder via crawlspace. Separate N and PE.

Correct overcurrent coordination.

UV Siemens 37 CT (Cable

1)

CDK000421 GHV Feld 14 to Exterior CEE Outlets

2x NYCWY 3x185/95 mm² (120 m, LS 400A)

Incorrect RCD In-rating (0.5 mA instead of 0.03 mA); missing N on all 5-pole CEE;

switch set to 800A;

unfused 50 mm² busbar tap.

Remove 4-core run; install 5-wire copper cable. Provide upstream fusing and correct RCD.

UV Siemens 37 CT (Cable

2)

CDK000421 GHV Feld 14 to Exterior CEE Outlets

Parallel run with Item 2 above

Parallel circuit imbalances; lack of touch protection.

Install symmetrical 5-wire feeder with full PE/N separation and

UV

Workshop

CDK000415 GHV Feld 13 to Building 49 MHE Shop

NYCWY 4x35 mm² (40 m, LTS D02 63A

/ LS 100A)

Double-assigned terminals; incorrect RCD installed; lack of upstream pre-fusing; loose terminal blocks.

Route new 5-core NYCWY/NYY-J cable securely along crawlspace wall. Install proper pre-fusing.

UV Kitchen CDK000458 Building 50 / Kitchen Distribution

NYY 4x50 mm² (or 4x25 mm² unverified)

RCD sensitivity rated too high (0.3 mA instead of 0.03 mA); loose wires and loose terminals; rigid wiring.

Replace with 5-core copper cable.

Provide compliant 30 mA RCD protection and separate N/PE.

UV I (Cold Storage)

CDK000400 Cold Storage Hallenverteiler / Kühlhaus 6

NYY 4x35 mm² & NYY 4x50 mm²

(LS 160A)

Severe parallel feeds with mismatched cross-sections; 5-core outgoing connected as 4-core; cables >60 yrs.

Pull new 5-wire feeder via crawlspace. Reconnect all outgoing lines as 5-wire TN-S. Seal penetrations.

UV II Süd (Cable 1)

CDK000399 South Corridor

2-S

Dual feed lines;

unverified 4-core

Heavy parallel feeds with differing cross-sections; cables >60 yrs; missing

Install compliant 5-wire feeder mounted to crawlspace walls.

Eliminate parallel mismatches.

(Cable 2)

CDK000399 South Corridor

2-S

Parallel / secondary feeder circuit

5-core cable connected only with 4 cores; loose wire ends; PEN bridging.

Replace with symmetrical 5-wire line. Terminate N and PE on isolated, distinct busbars.

EUV II / UV

2 Süd

CDK000431 Emergency Power Distribution / UV 2 Süd

3x95/50 + 1x50 mm²

(LS 250A)

terminals; RCD overload; socket circuits without RCD; mismatched feed (4x95/50 to 3x95/50).

Reconductor feeder with fully rated neutral and PE conductors.

Eliminate mismatched cross-sections.

UV 3 Süd CDK000403 Feed from UV 2 Süd Feld 4

NH00 35A,

mm² terminals; RCD overload; internal wiring undersized (6 mm²); loose terminals; poor

Install new 5-conductor branch feeder. Replace undersized internal wiring and re-terminate safely.

UV IIa Süd CDK000398 Feed from UV II Feld 3

NH00 80A,

NYY-O 4x35 mm²

Heavy loose cable ends;

4-core feed without N-separation.

Pull new 5-wire feeder. Provide dedicated N and PE conductors.

Seal cold room wall transitions.

B. SCHEDULE & MILESTONES (90 CALENDAR DAYS)

The contract period of performance is 90 calendar days:

• Day 0: Notice to Proceed (NTP).

• Week 1: Submission of Replacement and Installation Methodology and Site-Specific Safety

Plan to TÜV SGS and DeCA.

• Week 2: TÜV SGS approval of Replacement and Installation Plan; release of material procurement.

• Week 3: Commencement of physical crawlspace preparation, cable extraction, and raceway mounting.

• Week 9: Commencement of Phase 1 intermediate TÜV inspection audits and partial cut-overs.

• Week 11: Completion of 100% cable replacement, crawlspace wall mountings, and panel terminations.

• Week 12: Completion of mandatory testing, measurements per DIN VDE 0100-600, and full

TÜV audit.

• Week 13 (Day 90): Final acceptance, submission of certified As-Built documentation, and contract closeout.

1.6 SUBMITTALS & DELIVERABLES SCHEDULE

Deliverable Timing / Frequency

Number of Copies

Format Recipient

Site-Specific Health & Safety Plan (HASP) &

Risk Assessment

Within Week 1 of Award

1 Digital

(PDF)

CDC-K Safety/ COR

Supply Cable Replacement &

Installation Schedule

2 Digital

Engineering/A-E Support

Engineering Execution Concept & Selectivity

Calculations

Support/TÜV SGS

TÜV Installation Plan Approval Notice

Within Week 2

Weekly Progress Reports & Photo Documentation

Weekly 1 Digital

Engineering/ DeCA Project Manager/A-E

TÜV Test Protocols & Certification Reports

(DIN VDE 0100-600)

Within 90 Days

Certified As-Built Drawings & Circuit

Schedules

Within 90 Days

2 PDF + CAD

(DWG)

SECTION 01 31 00 — PROJECT MEETINGS

1.1 ADMINISTRATIVE & SCHEDULING REQUIREMENTS

A. The Contractor shall administer, schedule, and host all required meetings on-site at the facility unless otherwise directed by the Contracting Officer's Representative (COR).

1.2 MANDATORY PRE-PERFORMANCE KICK-OFF MEETING

A. Prior to the commencement of any physical work, mobilization, or delivery of materials to the job site, the Contractor shall schedule and attend a mandatory on-site Pre-Performance Kick-Off Meeting.

B. Required Attendees: Contractor’s Project Manager, Quality Control Manager (QCM), Site Safety and Health Officer (SSHO), A-E Advisory Representative, DECA Facility Manager, and the Contracting Officer's Representative (COR).

C. Agenda: The agenda shall include:

• Final review and acceptance verification of all Section 1.3 E Safety Submittals (APP, AHAs, ERP, LOTO, Personnel Certifications).

• Coordination of planned electrical utility outages, off-hours schedules, and cut-over windows.

• Confirmation of 24/7 emergency notification chains and local emergency medical service (EMS) routes.

• Physical site walkthrough to verify dust containment barrier layouts, floor protection, and food defense integrity.

• Review of forklift / Material Handling Equipment (MHE) traffic corridors and temporary physical barrier locations.

• No physical disturbance, demolition, or installation work shall begin until all action items from this meeting are approved in writing by the COR.

SECTION 01 45 00 — QUALITY CONTROL PART 1 —

GENERAL

1.1 QUALITY CONTROL MANAGER (QCM) REQUIREMENTS

A. Dedicated QCM: The Contractor shall provide a dedicated, on-site Quality Control Manager who is solely responsible for implementing and managing the Quality Control (QC) program.

B. Qualifications: The QCM must have a minimum of five (5) years of experience as an engineer, construction superintendent, or QC manager on projects of similar scope (electrical upgrades, commercial refrigeration MEP infrastructure).

C. Independence: The QCM shall report directly to an officer of the contractor's firm and shall not be subordinate to the on-site Operator of the facility or the A-E performing construction advisory services.

1.2 COORDINATION AND MUTUAL UNDERSTANDING MEETING

Prior to the start of performance, the Contractor, QCM, A-E, Operator of the Facility, DeCA Site Safety, and electrical subcontractors shall meet with the Contracting Officer (CO) and COR to establish a mutual understanding of quality expectations, testing protocols, and TÜV submission sequences.

1.3 THREE PHASES OF CONTROL

The QCM must implement the Three Phases of Control for every definable feature of work:

A. Preparatory Phase: Held prior to beginning work on any section. Includes submittal reviews, checking material compliance with VDE standards, inspecting the existing substrates, and confirming the safety/outage plan.

B. Initial Phase: Conducted on the first day of physical installation for each panel.

Establishes the expected level of workmanship, verifies correct placement of condensation barriers, and ensures compliance with grounding specifications.

C. Follow-Up Phase: Executed daily. Ensures the installation is protected from damage, dust control is maintained, and VDE wiring standards are continuously met.

1.4 HOST NATION TÜV TESTING AND CERTIFICATION

A. Pre-Performance Plan Review: The Contractor shall submit all panel designs, wiring schematics, and calculation files to TÜV Rheinland/Pfalz for formal engineering approval prior to panel procurement.

B. Post-Installation Audit: Upon completion of panelboard installation, the Contractor shall coordinate, fund, and facilitate a comprehensive system audit by a certified TÜV inspector.

C. Documentation: Deliver two (2) signed, stamped copies of the TÜV Certification and VDE Test Reports to the COR as a mandatory condition for project completion.

1.5 MANAGEMENT (TIER 1 PART 2 REQUIREMENTSThe Contractor shall implement and execute the following management and quality control tasks to satisfy the Tier 1 Part 2 electrical project infrastructure standards:

A. Formally Documented Execution Concept:

• The Contractor must develop and submit for Government approval a formally documented Execution Concept prior to physical site mobilization.

• This plan must detail panel-by-panel transfer procedures, temporary distribution routing, and detailed sequence schedules that guarantee the continuous, uninterrupted operation of the CDC's active cold chain and facility equipment.

• Detailed step-by-step methodologies for the sequential decommissioning, extraction, repulling, re-termination, and energization of each of the eleven (11) supply lines.

• Temporary power maintenance schemes to ensure uninterrupted cooling to operational cold storage freezers (Kühlhaus 2-S through 6-N) and chiller rooms (1 and 7-M).

• Crawlspace routing pathways, cable ladder support anchoring, laydown plans, and logistics management across Buildings 45, 49, 50, 51, 56, and 57.

B. Engineering Completion Prior to Performance:

• No physical site installation, demolition, or equipment procurement shall occur prior to 100% completion and approval of all technical electrical engineering designs. No physical construction, demolition, or cable pulling shall begin until 100% of required electrical engineering submittals, load recalculations, and circuit selectivity studies have been formally completed, reviewed, and approved.

• Calculations, schematic design documents, short-circuit current calculations, selectivity studies, and thermal load/space-heater parameters must be fully completed and reviewed by the QCM and approved by the Government and Host Nation authorities before starting on-site work.

• Engineering deliverables must prove compliance with DIN VDE 0100-540 / 0100-410 (TN-S separation), DIN VDE 0100-444 (EMC shielding), and DIN VDE 0100-530 (overcurrent back-up fusing and RCD tripping coordination).

• Load recalculations must verify that conductor cross-sections prevent thermal overload and maintain voltage drop within (≤3%) from the main distribution busbar in Building 56 down to terminal sub-panels.

C. Dedicated Kick-Off Meetings for Each Work Package:

• The Contractor shall hold a dedicated, individual kick-off meeting for each specific cable work package. A dedicated on-site technical kick-off meeting shall be conducted prior to the commencement of each distinct work package (e.g., crawlspace raceway installation, GHV Building 56 primary feeders, Cold Storage distribution boards, Administrative/Kitchen panels, and MHE Workshop runs).

• Meetings must occur prior to beginning work on that specific package. Attendees shall include the QCM, the Project Manager, the lead electrical foreman, and the COR, to review safety parameters, specific routing, and the Quality Control checklist.

• Each kick-off meeting shall review Lockout/Tagout (LOTO) boundaries, cold chain continuity safeguards, exact crawlspace wall-mounting pathways, penetration sealing details, and scheduled outage windows.

D. Regular Progress Reporting:

• The Contractor shall implement a structured reporting system to track quality metrics and schedule milestones.

• The QCM shall submit electronic Daily Quality Control Reports outlining work performed, tests conducted, and inspections verified.

• Weekly Progress Reports shall be submitted to the COR detailing overall completion percentage, critical path items, look-ahead tasks, and outstanding action items. The Contractor shall prepare and submit formal weekly written Progress Reports to the Contracting Officer Representative (COR), DeCA Project Manager, and A-E Support

• Weekly reports shall include:

Detailed status of each cable circuit (Engineering, Procurement, Demolition, Pulled, Terminated, Pre-tested, TÜV Certified).

Planned vs. actual progress curves against the approved 90-day baseline schedule.

Two-week look-ahead schedules detailing upcoming power outages, cut-overs, and testing dates.

Immediate identification of any technical roadblocks, host nation inspection observations, or schedule risks with recommended mitigation strategies.

E. Comprehensive Photographic Documentation of All Completed Work:

• The QCM shall maintain a comprehensive, highly detailed photographic registry documenting all aspects of the completed work.

• Photographic records must document:

Pre-existing conditions and initial deficiencies (legacy 4-core wiring, shared PEN connections, missing upstream back-up fuses, corrosion, and burn marks).

In-progress cable pulling, crawlspace wall-mounted conduits and cable trays, support brackets, and separation distances.

All wall, floor, and ceiling penetrations through Cold Storage insulated panels and CMU fire barriers—specifically detailing vapor seals, airtight elastomeric gaskets, and intumescent firestop installations before closure.

As-built terminations, terminal lug torque markings, neutral and PE busbar separations, wire ferrule crimping, and panel labeling.

All photos shall be logged with timestamp, circuit ID (CDK number), panel designation, and physical location, and submitted on digital media as a mandatory closeout deliverable.

F. Continuous Coordination with TÜV SGS:

• The Contractor shall maintain continuous, active technical coordination with TÜV SGS throughout the execution phase of the project.

• Conduct regular alignment audits to proactively review design variations, clarify VDE 0100 standard interpretations, and resolve critical inspection findings or technical field questions immediately, avoiding delay to project closeout and certification.

• The Contractor shall establish and maintain continuous, proactive technical coordination with TÜV SGS throughout the entirety of the project lifecycle:

Submitting the initial execution plan, calculations, and product data to TÜV SGS for formal review within Week 1.

Hosting bi-weekly or milestone-driven on-site alignment meetings and intermediate inspections with the TÜV SGS designated expert (Sachverständiger).

Immediately logging, tracking, and resolving any technical findings, non-conformities, or punch-list observations issued by TÜV SGS during execution.

Coordinating the final comprehensive safety audit (loop impedance, insulation resistance, RCD trip curves, thermography) leading to an unconditional TÜV SGS acceptance certificate (Prüfbescheinigung).

DIVISION 02 — EXISTING CONDITIONS

SECTION 02 41 00 —DEMOLITION & DISPOSAL

PART 1 — GENERAL

1.1 WORK INCLUDED

A. De-energizing, disconnecting, and removing the old cables, please cut to the maximum reachable degree as many are buried deep into earthen works. With cut, please indicate on final deliverable as-build drawing all cable end points at facility.

B. Disposal of all aged/removed cables.

PART 2 —PRODUCTS

PART 3 — EXECUTION

A. REMOVAL OF ALL FROM CDC-K FOR DISPOSAL WITHIN GERMAN WASTE SYSTEM (CYCLE)

3.1 DUST & ENVIRONMENTAL CONTROL

A. Negative Pressure Enclosures: Because demolition occurs adjacent to cold storage and food preparation areas, the Contractor shall erect temporary, airtight dust barriers (6 mil clear polyethylene) around all demolition zones.

B. De-energization Protocol: Lock-out/tag-out (LOTO) procedures must be strictly enforced.

Under no circumstances shall demolition occur on live circuits.

C. Drilling Dust Control: All drilling operations shall be performed using appropriately equipped dust-extraction systems, either integrated directly into the drilling equipment or attached externally with a suitable industrial vacuum unit, ensuring effective dust containment throughout the work.

3.2 WASTE DISPOSAL & SALVAGE

A. Scrap Metal Salvage: The Contractor is granted salvage rights to old copper wiring and steel panel enclosures.

B. Host Nation Environmental Compliance: All demolition debris, particularly copper-clad cables and electrical switches containing heavy metals or legacy insulation, must be lawfully disposed of at a certified German recycling center or waste site. Submit disposal manifests to the COR.

DIVISION 07 — THERMAL AND MOISTURE PROTECTION

SECTION 07 84 00 FIRESTOPPING

(Conformed to UFC 3-600-01, DIN 4102-9, and EN 1366-3)

1.1 WORK INCLUDED

A. Penetration firestopping systems for all electrical supply cables, conduit sleeves, raceways, and cable trays passing through rated fire-resistive floors, walls, and smoke barriers.

B. Sealing and air-tight thermal insulation closures through cold storage room insulated sandwich wall panels and ceiling assemblies.

1.2 PERFORMANCE & CODE COMPLIANCE

A. Firestop systems shall be tested and listed in accordance with ASTM E814 / UL 1479 or European Standards EN 1366-3 / DIN 4102 (Kombischott / Kabelschottung) with fire resistance ratings (F-Rating and T-Rating) equal to or exceeding the rating of the surrounding wall or floor assembly (minimum 2-hour rating).

B. Cold storage transitions shall maintain a vapor-tight seal using non-hardening elastomeric sealants and closed-cell polyurethane sleeves to prevent warm humid air infiltration, condensation, and icing.

PART 2 — Products

2.1 PRODUCTS & MATERIALS

A. Intumescent Sealants and Pillows: Single-component intumescent water-based sealant, intumescent firestop collars, or modular firestop blocks.

B. Vapor Seal & Condensation Barriers: Mold- and moisture-resistant silicone perimeter seals and expanding closed-cell foam compatible with cold room polyurethane/polystyrene core insulation panels.

PART 3 — EXECUTION

3.1 EXECUTION

A. Surface Preparation: Clean all opening surfaces of dust, oil, and loose debris before applying firestop materials.

B. Penetration Installation: Pack opening with mineral wool backing and apply intumescent firestop sealant to specified depth. Secure elastomeric seals around cable jackets at all cold storage boundaries.

C. Identification: Affix a permanent label adjacent to each firestop seal indicating firestop system number, installation date, contractor name, and hourly rating.

DIVISION 09 — FINISHES

SECTION 09 91 00 PAINTING & WALL RESTORATION

PART 1 — GENERAL

1.1 WORK INCLUDED

A. Surface preparation, patching, and restoration of existing CMU, gypsum wallboard, concrete, and metal cladding surfaces damaged or exposed during old cable de-installation, raceway mounting, or penetration drilling.

B. Application of high-performance, moisture-resistant industrial coatings to restore wall and structural finishes in corridors, staging areas, and equipment rooms.

PART 2 — Products

2.1 QUALITY STANDARDS & MATERIALS

A. Paint and Primers: Commercial-grade, low-VOC interior latex or moisture-resistant two-component epoxy paint systems suitable for high-humidity warehouse and food storage distribution environments.

B. Color Matching: Finishes shall be color-matched to existing adjacent surfaces (standard commissary off-white/light gray for backroom walls; safety yellow for protective barriers and bollards).

C. Metal Patching: Sheet steel patches matching existing cold storage exterior panel profiles, secured with stainless steel fasteners and sealed flush.

PART 3 — EXECUTION

3.1 EXECUTION

A. Wall Repairs: Patch and fill all unused masonry anchor holes, cracks, and spalls using non-shrink cementitious patching mortar for CMU/concrete and joint compound for gypsum assemblies.

B. Surface Preparation: Clean, degrease, and sand repaired areas to provide a smooth, uniform substrate free of contaminants.

C. Coating Application: Apply one primer coat and two finish coats of approved moisture-resistant epoxy or enamel paint, ensuring full coverage, uniform sheen, and straight edge lines matching adjacent surfaces.

DIVISION 26 — ELECTRICAL

SECTION 26 05 00 COMMON WORK RESULTS FOR ELECTRICAL

PART 1 — GENERAL

1.1 WORK INCLUDED (ELECTRICAL SCOPE SUMMARY & TECHNICAL OBJECTIVES)

This section specifies the execution of low-voltage supply feeder replacements, crawlspace raceway installation, terminations, labeling, bonding, and protective device integration at the Kaiserslautern CDC distribution boards.

PART 2 — Products

2.1 PRODUCTS & MATERIAL SPECIFICATIONS

A. Low-Voltage Power Conductors:

Multi-conductor power cables shall be industrial-grade copper:

• Type NYCWY: Copper conductor, PVC insulated, concentric copper wire/tape conductor (utilized as PE or screen), PVC outer jacket, rated 0.6/1.0 kV.

• Type NYY-J: Copper conductor, PVC insulated, with green/yellow protective earth conductor, PVC outer sheath, rated 0.6/1.0 kV.

• Solid or stranded conductors per DIN EN 60228 (VDE 0295) Class 1 or Class 2.

• Aluminum conductors are strictly prohibited.

Core Color Identification:

• Phase conductors (L1, L2, L3): Brown, Black, Grey.

• Neutral conductor (N): Light Blue.

• Protective Earth (PE): Green-and-Yellow striped.

• PEN conductors (legacy combined) shall not be installed inside any facility building.

Crawlspace Raceways & Cable Support:

• All cable feeders shall be routed within the crawlspace beneath the ground floor and mounted securely along the crawlspace walls using hot-dipped galvanized steel strut channels, heavy-duty cable clamps, and stainless steel fasteners.

• Cables and conduits shall not rest on the crawlspace floor or be suspended from piping systems.

• Cold room wall penetrations shall be sealed 100% airtight using non-hardening silicone and insulation plugs per to prevent thermal bridging, frost accumulation, and condensation.

• Fire-rated wall and floor penetrations shall be sealed with FM-approved/DIN-certified intumescent firestop systems (4-hour fire rating or matching wall construction) per Section 07 84 00.

3.1 SYSTEM EXECUTION & TECHNICAL REQUIREMENTS

A. Neutral & Protective Conductor Separation:

• Disconnect and isolate all legacy PEN links in panels CDK000357, CDK000421, CDK000415, CDK000458, CDK000400, CDK000399, CDK000431, CDK000403, and

CDK000398.

• Install dedicated, isolated neutral busbars where absent. Bond all enclosures, raceways, and cable shields directly to the facility main equipotential bonding bus (Hauptpotentialausgleich).

B. Protective Coordination & Back-Up Fusing:

• In panels where upstream back-up fuses (Vorsicherungen) are missing, install DIN

NH00/NH1 fuse bases with high-rupturing-capacity (gG/gL) fuses or molded-case circuit breakers (MCCB) rated to withstand prospective busbar short-circuit currents.

• Ensure that all Residual Current Devices (RCD / FI-Schalter, IΔn = 30 mA for standard socket circuits, 300 mA for fire protection) are properly backed up and decoupled from neutral ground loops.

C. Main Distribution Busbar Verification (Building 56):

• Submit verified load calculations confirming that the 2,800 A busbar (LDA 7413) is protected against oversubscription during normal and emergency tie-breaker configurations across Transformers T1, T2, and T3.

3.2 CLEANING PREREQUISITES

A. In accordance with DIN VDE 0105-100, DIN VDE 0100-600, and DGUV Vorschrift 3, all sub-distribution boards, main distribution boards, switchgear assemblies, and electrical enclosures affected by the work shall be thoroughly cleaned prior to performing testing, re-measurement, or TÜV handover.

B. Cleaning shall include the complete removal of dust, corrosion, conductive debris/residues, loose copper/conductor fragments, insulation residues, and foreign materials.

C. Cleaning is a mandatory contractual prerequisite prior to final inspection and TÜV certification.

3.3 TESTING, AUDIT PROTOCOLS, AND COMMISSIONING

A. Prior to re-energization and final acceptance, the Contractor shall execute comprehensive testing in the presence of the TÜV inspector and the DeCA COR in accordance with DIN VDE 0100-600:

Testing (Commissioning):

• Visual inspection, testing, and measuring according to DIN VDE 0100-600.

• Continuity of protective conductors.

• Insulation resistance (test voltage 1,000 V DC, Riso ≥ 1,0 MΩ)

• Polarity and phase rotation / rotating field.

• Loop impedance and disconnection conditions (Zs, Zi, Ik, ta ≤ 0,4 s)

• RCD testing, where present (tripping time and tripping current).

• Functional testing.

• Complete test report per feeder line and distribution board.

Commissioning (Testing):

• Visual inspection, testing, and measurements according to DIN VDE 0100-600.

• Verification of protective conductor continuity.

• Measurement of insulation resistance.

• Polarity and phase rotation check.

• Loop impedance and automatic disconnection conditions.

• RCD testing, where applicable.

• Functional testing.

• Complete test report for each feeder and distribution board.

Thermographic Survey: Perform infrared thermography under full operating load 72 hours following cut-over; report and resolve any terminal temperature differentials exceeding 5 K.

Certification Documentation: Provide completed, signed TÜV Prüfprotokoll / DGUV-V3 test certificates and laminated panelboard schedule revisions mounted inside every serviced panel enclosure.

SECTION 26 05 36 Cable Trays for Electrical Systems

PART 1 — GENERAL

PART 2 — PRODUCTS

A.1 Execution of Cable Placement A. All cable feeders shall be routed within the crawlspace beneath the ground floor and mounted securely along the crawlspace walls using hot-dipped galvanized steel strut channels, heavy-duty cable clamps, and stainless steel fasteners.

B. Cables and conduits shall not rest on the crawlspace floor or be suspended from piping systems.

C. Cold room wall penetrations shall be sealed 100% airtight using an elastic, water-tight sealing compound such as Würth “Klebt & Dichtet” or an equivalent high-performance sealant. The product shall remain permanently flexible to compensate cable movement and thermal expansion, maintain full moisture resistance, and prevent thermal bridging, frost accumulation, and condensation.

DEFENSE COMMISSARY AGENCY (DeCA)

EQUIPMENT & CONSTRUCTION SPECIFICATIONS

TABLE OF CONTENTS

DIVISION 00 — PROCUREMENT AND CONTRACTING REQUIREMENTS

SECTION 00 01 15 LIST OF DRAWING SHEETS

1.1 GENERAL EXISTING CONDITIONS

1.3 HAZARDOUS MATERIALS

DIVISION 01 — GENERAL REQUIREMENTS

SECTION 01 11 00 — SUMMARY OF WORK

SECTION 01 45 00 — CONSTRUCTION QUALITY CONTROL

A. Formally Documented Execution Concept:

The Contractor must develop and submit for Government approval a formally documented Execution Concept prior to physical site mobilization.

This plan must detail panel-by-panel transfer procedures, temporary distribution routing, and detailed sequence schedules that guarantee the continuous, uninterrupted operation of the CDC's active cold chain and facility equipment.

Detailed step-by-step methodologies for the sequential decommissioning, extraction, repulling, re-termination, and energization of each of the eleven (11) supply lines.

Temporary power maintenance schemes to ensure uninterrupted cooling to operational cold storage freezers (Kühlhaus 2-S through 6-N) and chiller rooms (1 and 7-M).

Crawlspace routing pathways, cable ladder support anchoring, laydown plans, and logistics management across Buildings 45, 49, 50, 51, 56, and 57.

B. Engineering Completion Prior to Construction:

No physical site installation, demolition, or equipment procurement shall occur prior to 100% completion and approval of all technical electrical engineering designs. No physical construction, demolition, or cable pulling shall begin until 100% of r...

Calculations, schematic design documents, short-circuit current calculations, selectivity studies, and thermal load/space-heater parameters must be fully completed and reviewed by the QCM and approved by the Government and Host Nation authorities be...

Engineering deliverables must prove compliance with DIN VDE 0100-540 / 0100-410 (TN-S separation), DIN VDE 0100-444 (EMC shielding), and DIN VDE 0100-530 (overcurrent back-up fusing and RCD tripping coordination).

Load recalculations must verify that conductor cross-sections prevent thermal overload and maintain voltage drop within (≤3%) from the main distribution busbar in Building 56 down to terminal sub-panels.

C. Dedicated Kick-Off Meetings for Each Work Package:

The Contractor shall hold a dedicated, individual kick-off meeting for each specific cable work package. A dedicated on-site technical kick-off meeting shall be conducted prior to the commencement of each distinct work package (e.g., crawlspace race...

Meetings must occur prior to beginning work on that specific package. Attendees shall include the QCM, the Project Manager, the lead electrical foreman, and the COR, to review safety parameters, specific routing, and the Quality Control checklist.

Each kick-off meeting shall review Lockout/Tagout (LOTO) boundaries, cold chain continuity safeguards, exact crawlspace wall-mounting pathways, penetration sealing details, and scheduled outage windows.

D. Regular Progress Reporting:

The Contractor shall implement a structured reporting system to track quality metrics and schedule milestones.

The QCM shall submit electronic Daily Quality Control Reports outlining work performed, tests conducted, and inspections verified.

Weekly Progress Reports shall be submitted to the COR detailing overall completion percentage, critical path items, look-ahead tasks, and outstanding action items. The Contractor shall prepare and submit formal weekly written Progress Reports to the...

Weekly reports shall include:

E. Comprehensive Photographic Documentation of All Completed Work:

The QCM shall maintain a comprehensive, highly detailed photographic registry documenting all aspects of the completed work.

F. Continuous Coordination with TÜV SGS:

The Contractor shall maintain continuous, active technical coordination with TÜV SGS throughout the execution phase of the project.

Conduct regular alignment audits to proactively review design variations, clarify VDE 0100 standard interpretations, and resolve critical inspection findings or technical field questions immediately, avoiding delay to project closeout and certificat...

The Contractor shall establish and maintain continuous, proactive technical coordination with TÜV SGS throughout the entirety of the project lifecycle:

DIVISION 02 — EXISTING CONDITIONS

SECTION 02 41 00 —DEMOLITION & DISPOSAL

DIVISION 07 — THERMAL AND MOISTURE PROTECTION

SECTION 07 84 00 FIRESTOPPING

1.1 WORK INCLUDED

1.2 PERFORMANCE & CODE COMPLIANCE

2.1 PRODUCTS & MATERIALS

3.1 EXECUTION

DIVISION 09 — FINISHES

SECTION 09 91 00 PAINTING & WALL RESTORATION

1.1 WORK INCLUDED

2.1 QUALITY STANDARDS & MATERIALS

3.1 EXECUTION

DIVISION 26 — ELECTRICAL

SECTION 26 05 00 COMMON WORK RESULTS FOR ELECTRICAL

1.1 WORK INCLUDED (ELECTRICAL SCOPE SUMMARY & TECHNICAL OBJECTIVES)

2.1 PRODUCTS & MATERIAL SPECIFICATIONS

A. Low-Voltage Power Conductors:

Multi-conductor power cables shall be industrial-grade copper:

3.1 SYSTEM EXECUTION & TECHNICAL REQUIREMENTS

3.2 CLEANING PREREQUISITES

A. In accordance with DIN VDE 0105-100, DIN VDE 0100-600, and DGUV Vorschrift 3, all sub-distribution boards, main distribution boards, switchgear assemblies, and electrical enclosures affected by the work shall be thoroughly cleaned prior to performi...

3.3 TESTING, AUDIT PROTOCOLS, AND COMMISSIONING

GHV Feld 3 / 5

710kW /LS 1600A

4x(3x NYY 1x 300)

2 0 m

Generator 2

GHV - Feld 2 / 4

710kW / LS 1600A

Generator 1

GHV Feld 6

800kVA/ LS 1250A

4x( 3x 240/120) Cu NY CW Y

6 0 m

Trafo 1 UV VI Nord

D02 63 A

NYY-J 4x16

CDK 000 427

COLD STORAGE AREA

Freeze Room 5 - V Kühlhaus 5- V

4 - G

4- G

3- T

2 - S

2- S

Chill Room

6 - N

6- N

7 - M

7- M

NORD

SÜD

Build. 50

Build. 51

Admin Offices Buil. 50

900 k V A

1 3 0 0 A

7 2 0 K W

0, 8

T1 2 0 k V

4 0 0 V

8 0 0 k V A

11 5 0 A

GHV Fe ld 1

1 0 m

Stromsch iene / Busbar

T2

T3

GHV Fe ld 7

Trafo 2

GHV Fe ld 8

Trafo 3

Stromsc h ien e

L D A 7 4 1 3 =

A L , 2800 A , 4Lei ter , 1 /2 L

P E N , IP 3 4

GHV Fe ld 11

LS 100 A

4x16 gem Netz ber ec hnung

4 0

M HE UV 2

GHV - Feld 10

LS 2000 A

R E S E R V E

Hauptscha l te r NSHV ?

GHV Fe ld 12

Reserv e

GHV Fe ld 9

Stromsch iene / Busbar

GHV Fe ld 13

GHV Fe ld 14

LS 400 A

2x(4x 185)

1 2 0

37 C T

Genera tor 1

900 k V A

1 3 0 0 A

7 2 0 K W

0, 8

?? NYY 4x25

Tr inkwasser

2x NYCWY ( 3x150 /70 )

MR1, Verd . 1 / CP1.1

MR1, Verd . 2 / CP1.2

4x150/70 N Y C W Y

1 0 0

KV 1 KH 7 Lag er

2x NYCWY (3x185/95 )

1 5 0

MR2, Verd . 1 / CP2.1

2x NYCWY (3x185 /95 )

MR2, Verd . 2 / CP2.2

NYY 5x 6 ( 5x 16?)

Geb 5 6

NY Y - O 4x 1 5 0

1 2 0 m

HV II, Ring Nord KH4

NY Y - O 4x 1 5 0

1 4 0

HV I, R ing Süd KH 4

LS 200 A

NYY 4x35 ?? 2x ( 4x 10)

8 0

Löschwas s e r

NY C W Y 4 x 3 5

M HE Sh o p

LS 160 A

Reserve (Defekt)

LS 250 A

NYY 4x 120 ( 4x 95)

HV Batteri e raum/Ladesta t i on

LS 630 A

2x NYCWY (3x185 /95 )

MR3, Verd . 1 / CP3.1

LS 630 A

MR3, Verd . 2 / CP3.2

4x16 gem . B er ec hnung

UV Lager -432

LS 6 3 A

min B er ec hnung NY Y 4x 16??

Wache / St rassenbe l

NY Y 4 x 1 0

8 0

Gri l lhütte/Yorkconta iner

NY Y 4 x 1 6

Kläran lage

HV II Nord

LS 400A (250A)

NYY-O 4x15 0

CDK 000 426

UV IIa Süd

NH00 80 A

NYY.O 4x3 5 von UV II F3

CDK 000 398

HV I Süd

NYY-O 4x15 0

1 4 0 m

CDK 000 357

UV 1 Büro keine Vors icherung

NYM ? ?

CDK 000 409

5 0

CDK 000 399

U S V

CDK 000 567

UV 4

D 0 3 5 A

NYM -J 5x16

CDK 000 419

UV IV Nord

NH00/125A/125A

NYY-O 4x 50 /NY Y - O 4x 35

CDK 000 454

UV VI I NORD

NH00/80 A

NYY-O 4x3 5

CDK 000 423

MR3, Verd. 2 / CP3.2

LS 630A

CD K 0 0 0

MR3, Verd . 1 / CP3.1

2xNYCWY(3x185/95)

C D K

UV 33 NOR D

NH00 100 A

NYY 4x50/35

2 0

CDK 000 512

UV 1 Nord

NH00 35 A

NYM 5x10

CDK 000 461

UV 2 Nord

NYM…