HCSP Presales H19-132_V1.0 Exam Dumps

Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 32

“FusionModule2000 System Overview—Power System In row UPS inside UPS+Integrated PDC， Maximum 180kW for one module Maximum 145kW for one module UPS+ precision PDC UPS+ Smart Busbar, Maximum 235kW for Maximum 310kW for one one module module 32”

Technical Deep Dive

FusionModule2000 6.0 uses a continuous-cooling architecture that maintains reliable operation of both cooling equipment and IT equipment. Its integrated UPS consolidates the UPS, IT power distribution, and air-conditioner power distribution into one cabinet, saving 1–2 cabinet positions; the maximum capacity per cabinet is 180 kW. Huawei-developed high-density circuit breakers reduce device size by 25%, enabling additional power-module capacity. Huawei’s product page confirms the continuous-cooling architecture, the one-cabinet integration, the 1–2 cabinet saving, and the 180 kW maximum capacity.

Continuous cooling supports the cooling infrastructure during power disturbances; integrated UPS and distribution functions can save one or two rack positions; and the high-density integrated power arrangement supports up to 180 kW in the specified configuration. The stated 25 percent reduction in circuit-breaker dimensions is an intended exam claim but is not independently demonstrated in the supplied guide. Do not treat that numerical design benefit as a fully verified manufacturer specification.

FusionModule2000 combines electrical distribution, precision cooling and infrastructure monitoring in a scalable module design. Equipment selection must consider the actual load, local power availability, cooling redundancy, cabinet space and controller integration. Product-family capabilities can depend on whether the design uses an integrated UPS, external UPS, distribution cabinet or intelligent busbar.

Technical verification warning: Option B: the claimed 25% circuit-breaker size reduction is not independently verified.

Source reference: uploaded Huawei training material, PDF page 32.

Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 57

“Anti-seismic GR-63-CORE Zone 3(the modular structure) Anti-wind Beaufort scale 12 (Wind speed ≤ 130km/h) Atmospheric Meets the 1440-hour salt spray test requirements corrositivity Module lifespan 25 years Module dimension 12192×2438×2896 (D×W×H, mm) FusionDC1000A-40ft Site Note: The basic concept of A/B/C environment is defined by GB/T15957 and Huawei enterprise standards. The corresponding ISO9223/12944 environments are classified into C1, (C2, C3), and C4. 57”

Technical Deep Dive

The FusionDC1000A container is rated to GR-63-CORE Zone 3, equivalent to seismic intensity 9.

Huawei identifies seismic intensity 9 in the relevant product specification alongside GR-63-CORE Zone 3. Seismic rating concerns structural response to earthquake effects; it is different from the Beaufort 12 wind rating. Engineers must verify equipment restraints, base anchors and site foundations in addition to the enclosure certificate. A declared product rating alone is not a complete site-specific structural assessment.

For this prefabricated 40-foot product, presales validation must distinguish physical cabinet arrangements, IT power density, UPS architecture, environmental limits, in-row cooling and the enclosure rating. A statement for one configured version must not be generalized to every deployment. Final designs also require suitable foundations, upstream connections, local safety compliance and commissioning checks.

Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.

Source reference: uploaded Huawei training material, PDF page 57.

Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 40

“Converged cabinet configuration: flexible for batch production(For standard 380V scenarios) BC1L BC2L BC3L BC4L BC5L UPS 10K*1 10K*2 10K*3 20K*2 20K*3 Configurations 0~10KW(1+1) 10~20KW(N+1) 10~18KW(1+1) 30~36KW(N+1) Power Density 0~10KW 10~20kW 20~25kW 18~30kW 36~40kW 24U 40”

Technical Deep Dive

FusionModule800 provides five recommended typical cabinet configurations: BC1L, BC2L, BC3L, BC4L, and BC5L. Its documented power system supports 380/400/415 VAC, 50/60 Hz, 3Ph+N+PE.

The five standard 380 V configurations are BC1L, BC2L, BC3L, BC4L and BC5L. They combine 10 kVA and 20 kVA UPS units in different quantities. Standardization supports repeatable factory assembly and presales configuration, while the selected model must still match the intended load and redundancy. Other regional or zero-break arrangements appear elsewhere in the guide but do not change the count for standard 380 V scenarios.

FusionModule800 uses standardized configurations for different power and availability needs. Engineers must distinguish UPS apparent-power rating, permitted IT load, cooling output, power-path redundancy and installed optional functions. Validating these parameters together prevents an apparently attractive cabinet combination from failing installation, thermal management or service-continuity requirements.

Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.

Source reference: uploaded Huawei training material, PDF page 40.

BATCH 2 • QUESTIONS 16–30

Exact Extract — Huawei HCSA-Presales-Data Center Facility (Modular DC) V1.0 Training Material, PDF page 39

“FusionModule800: One Row One DC ⚫ Total IT racks: 0~12 rack Integrated architecture Electrical cable tray (optional) ⚫ Cooling: Rack A/C（12.5kW/pcs) Data cable tray(optional) ⚫ Cold and hot aisle containment: Cold aisle containment Spring to open the door(rear) 250mm+1100mm hot aisle containment. Camera (optional) Spring to open the door(front) ⚫ Maximum IT load: ≤ 40kW（T1), Indicator light ⚫ Power density per rack ≤ 7kW(T1) Glass PDU door 2000 mm Touch screen UPS Aisle Monitoring module Cooling 1100 mm Hot aisle 250 mm Cold aisle Maximum racks configuration: 1 ≤ N ≤ 12 39 ”

Technical Deep Dive

The double-layer glass door forms part of the cold/hot aisle containment, keeping cold and hot airflows separated and helping reduce noise. Huawei lists cold and hot aisle containment as a FusionModule800 feature that contains those airflows and reduces noise.

Cold/hot airflow separation prevents server exhaust air from recirculating into the intake area. A closed glazed containment door can help reduce ambient noise transmission, depending on the seals and glazing construction. Mechanical strength is not an identified door function here. The supplied training verifies the containment concept; it does not quantify the acoustic improvement or explicitly establish the double-glazing characteristics for this product revision.

FusionModule800 uses standardized configurations for different power and availability needs. Engineers must distinguish UPS apparent-power rating, permitted IT load, cooling output, power-path redundancy and installed optional functions. Validating these parameters together prevents an apparently attractive cabinet combination from failing installation, thermal management or service-continuity requirements.

Verification principle: confirm the exact product revision, operating condition, selected option and relevant Huawei documentation before using this result in a customer proposal. A feature shown for a particular configuration should not automatically be assumed to apply to every module or installation; normal technical, commercial and safety checks still apply.

Technical verification warning: The exact glazing/acoustic claim is not quantified in the uploaded core course.

Source reference: uploaded Huawei training material, PDF page 39.