H1-10K Rack Inverter — DC 24V–240V to AC 110V/230V

The H-series online inverter: clean AC from the DC bus in your cabinet, fully isolated, pure sine wave, 1–10kW.

H1-10K Series Product image
Appearance may vary by configuration; final specifications per quotation.
Brand
HighIdea
Type
Online DC-AC rack inverter
Typical applications
Telecom shelters, electric-power cabinets, communication sites, unattended installations
Models in range
H1K, H2K, H3K, H6K, H10K
Category
Rack Inverters

Where the backup energy already exists as DC — a 48V telecom plant, a 110V/220VDC substation bus — the H1-10K converts it to clean, isolated AC without adding a second battery system. The online architecture and AC/DC isolation deliver output quality that simple standby inverters cannot.

Key Features

  • DC input options: 24V / 48V / 110V / 220V / 240V — matched to the existing battery bus
  • AC output 110V or 230V, pure sine wave
  • Online (rectifier-inverter) design with AC/DC isolation — cleaner output than standby inverters
  • 19-inch rack mounting for telecom and power cabinets
  • Engineered for unattended operation
  • Parallel capability for redundant sites

Specifications

Power1 – 10 kW
DC input24 / 48 / 110 / 220 / 240 VDC
AC output110 / 230 Vac
TopologyOnline conversion with AC/DC isolation
Form factor19-inch rack-mount
CommunicationDry contacts / RS-232; SNMP options

Specifications subject to the latest factory data. Final configuration is sized against the actual load, backup runtime and site power conditions — this table is for pre-selection only.

Applications

Telecom shelters

Power AC radios and monitoring from the 48V DC plant already in the shelter.

Electric-power cabinets

110V/220VDC substation buses feed AC instruments via the isolated H-series inverter.

FAQ

Inverter or UPS — what's the difference here?
A UPS conditions AC mains with a battery backup; this inverter makes AC from an existing DC source. Use the H series when the backup energy is already DC (telecom/power plants), and a UPS when protecting an AC supply.
Can units run in parallel?
Yes, parallel operation for redundancy is supported — typical for critical communication sites.

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