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Techfine CQ10K(S) 10 kVA / 10 kW online UPS: Verify Load, Battery and Runtime

Name: Techfine CQ10K(S) 10 kVA / 10 kW online UPS: Verify Load, Battery and Runtime
Brand: Techfine

This page organizes the current source table for the Techfine CQ10K(S) 10 kVA / 10 kW online UPS. single phase; 0 ms table transfer; 192 V standard route. It does not turn headline VA/kW, a transfer-time line or a battery label into an approved load, autonomy or availability promise.

Displayed UPS identity: CQ10K(S) 10 kVA / 10 kW online UPS

Current table route: single phase; 0 ms table transfer; 192 V standard route

Runtime boundary: Runtime requires an exact battery/load calculation

RFQ evidence: Exact suffix, nameplate and manual required

Build Your RFQ

Current source route: CQ10K(S) 10 kVA / 10 kW online UPS.

Current source parameter table

This table is preserved from the current source record. Read it with the identity, compatibility and document boundaries below; unresolved conflicts are not corrected by assumption.

Models	CQ10K (S)
Phase	Single-phase
Capacity	10KVA / 10KW
Input
Voltage range	110 - 300VAC
Frequency range	50HZ/60HZ
Power factor	1
Output
Output voltage	220VAC±1% (208, 220, 230, 240 adjustable on LCD screen), 110VAC±1% Optional
Frequency range (battery mode)	50 Hz （60HZ selectable）± 0.25 Hz
Transfer	0ms
time
Wave form	Pure sine wave
Battery
Standard	Battery model	12V / 7AH（Standar) 12V /9AH（Optional)
Quantity/DC Voltage	16PCS/192VDC
Max. charging current	1A, 2A, 3A, 4A, 5A, 6A, 7A, 8A, 9A, 10A adjustable
Long-run	Battery model	Depends on the users
DC Voltage	192VDC
Max. charging current	1A, 2A ,3A, 4A, 5A, 6A, 7A, 8A, 9A, 10A, 11A, 12A adjustable
LCD or LED display	Load size, battery capacity, mains mode, battery mode, bypass mode, fault indication
Control management	Smart RS-232、SNMP optional

Current document status

Request the exact model/suffix, nameplate, current manual, battery schedule, charger, bypass/connection diagram, monitoring options and destination evidence before release.

Current table evidence

Keep UPS power and battery route on the same selected model

The exact suffix, load power factor, battery bank and operating condition define the final UPS configuration.

Rating and topology

single phase; 0 ms table transfer; 192 V standard route

AC and protected load

Confirm input/output voltage, phase, frequency, waveform, continuous W/VA, power factor, crest factor, inrush and overload behavior.

Battery route

Confirm standard or long-run suffix, battery model/quantity/DC bus, charger, cabinet, cables, cutoff and protection.

Runtime and controls

Runtime needs actual watts, battery condition, temperature, losses and reserve. Confirm display, alarms, interfaces, monitoring and shutdown functions.

UPS RFQ checks

Six checks before finalizing the UPS

A quotation must map the exact UPS suffix to a defined critical load and battery design.

Exact model

Request model/suffix, nameplate, VA/W and current datasheet.

Critical load

Provide continuous and peak W/VA, power factor, crest/inrush, load sensitivity and growth allowance.

AC behavior

Confirm topology, input/output window, waveform, THD, overload, bypass, transfer and generator behavior.

Battery and runtime

Fix battery route, DC bus, Ah, charger, cutoff, runtime at stated W load, temperature and reserve.

Installation and monitoring

Confirm outlets/terminals, grounding, upstream protection, ventilation, service access, alarms and communications.

Evidence and terms

Request manuals, battery documents, safety/EMC evidence, included accessories, warranty, sample, lead time and substitution rules.

UPS boundaries

A VA headline or transfer-time line is not an uptime guarantee

Final suitability depends on the selected UPS, exact load, battery, AC system and project design.

VA, W and surge differ

A headline rating does not approve every server, motor, transformer or nonlinear load; verify real power and inrush.

Battery labels are not runtime

Battery quantity/Ah alone does not establish usable energy or runtime without actual load, cutoff, losses, age and temperature.

Standard and long-run differ

DC voltage, charger, protection, cabinet and cable routes can differ; do not interchange them.

Transfer and bypass require a test

A transfer-time or 0 ms line does not cover overload, bypass, depleted battery, downstream protection or all target-load ride-through behavior.

Continue the UPS review

Prepare a load-and-runtime UPS RFQ

Use the existing guides to record the actual critical-load and battery assumptions.

Critical-load planning

Identify the IT, communications or service circuits that require continuity.

Review load priorities →

Battery and backup sizing guide

Record load, usable energy, reserve and temperature before presenting autonomy.

Review runtime inputs →

UPS FAQ

Questions to close before quotation

The exact model, battery schedule and load test determine the final answer.

Which rating applies to this CQ10K(S) 10 kVA / 10 kW online UPS?

The current source route is single phase; 0 ms table transfer; 192 V standard route. Confirm the exact quoted suffix and nameplate before technical release.

Can runtime be quoted from the listed battery route?

No. Calculate against actual W load, battery model/quantity/Ah, cutoff, conversion losses, age, temperature and reserve.

Does the transfer-time line approve every protected load?

No. Confirm topology, waveform, overload, bypass, battery state and the target load’s ride-through tolerance.

Which documents should the RFQ include?

Request exact datasheet/manual, nameplate, battery/charger schedule, wiring and bypass data, monitoring options, safety/EMC evidence, warranty and commercial terms.

Prepare a verified CQ10K(S) 10 kVA / 10 kW online UPS RFQ

Send the AC system, critical-load W/VA and inrush, runtime target, battery route, interfaces and required documents.

Verify UPS Configuration