Hytera E-Pole100-S Repeater

E-Pole100S is a search form used for the model officially written as E-Pole100-S. The E-Pole100S was created to form an ad-hoc DMR layer on a single frequency. This means that transmission and reception are organized on the same frequency, within an architecture that needs to be defined before deployment. The E-Pole100S should not be treated as a conventional two-frequency repeater nor as a PoC terminal. Hytera’s current official source identifies DMR Tier II, pole or wall mounting, and use in temporary and operational response scenarios.

E-Pole100S frequency bands and power

The specific documentation for the model with suffix S publishes three band variants: VHF from 136 to 174 MHz, UHF from 350 to 400 MHz, and UHF from 410 to 470 MHz. One unit corresponds to the selected variant. The E-Pole100S data sheet does not suggest simultaneous operation on all bands. Power can be adjusted to 5, 10, or 20 W. The definition should not consider only the highest value. Frequency, network architecture, position, antenna, obstacles, interference, and applicable rules influence the design.

Power supply and internal battery

The published AC input accepts from 90 to 264 V. The DC input works from 11.4 to 16.8 V. The specified internal battery has 2 Ah and 10.8 V. The E-Pole100S source does not provide battery life in hours for the E-Pole100-S. Therefore, this page does not convert electrical capacity into a promise of duration. Power source, electrical protection, grounding, cabling, and continuity strategy need to be defined according to the location and the criticality of the operation.

Protection and environment

The published rating is IP56. It describes protection against limited dust ingress and against water jets under test conditions. It does not equate to submersion. The operating temperature ranges from minus 30 to plus 60 degrees Celsius. Hytera also publishes environmental compliance MIL-STD-810 C, D, E, F, and G. This E-Pole100S data helps evaluate the scenario, but does not replace correct installation, connector sealing, mechanical support, and periodic inspection.

Dimensions, weight, and mounting

The E-Pole100S enclosure measures 316 by 223 by 133 mm and weighs 7.3 kg. These numbers matter for support calculation, transportation, and choice of mounting point. Installation of the E-Pole100S on a pole or wall must consider maintenance access, cable strain, ventilation, connector protection, and site safety. The E-Pole100S should not be positioned solely for physical convenience. Position also contributes to radio performance and must be part of the survey.

Single frequency does not mean guaranteed range

The E-Pole100S documentation describes the operating mode, not a fixed distance. The result depends on the variant, selected power, antenna system, height, terrain, materials present, and radio frequency noise. A temporary deployment of the E-Pole100S may require field testing at critical points. The proposal must record where the unit will be installed, which areas need communication, and which limitations were observed.

Project components

E-Pole100-S installation components are selected according to the variant and project. The antenna, duplexer where applicable to the architecture, cables, connectors, electrical protection and supplemental power supply must be specified by exact reference. A generic category does not prove electrical, mechanical or band compatibility.

Checklist for technical analysis

• Confirm the exact spelling and variant of the E-Pole100S.
• Define VHF or one of the two published UHF bands.
• Record frequency, power, and DMR Tier II architecture.
• Map pole or wall, height, access, and cable route.
• Verify AC or DC power, protection, and continuity.
• Define antenna system by band and installation.
• Perform testing at critical points when the scenario requires.
• Document configuration, location, date, and responsible parties.

Deployment and acceptance

Acceptance of the E-Pole100S must separate equipment specification, installation condition, and observed field result. Record variant, frequency, power, position, source, and components used. Then, perform representative calls between the defined points. If there is a difference between expected and observed, analyze antenna, cables, height, obstacles, interference, and programming before attributing the problem to the enclosure. This method preserves traceability and avoids generalizations.

Evidence-based maintenance

A technical review of the E-Pole100S should begin with unit identification and reading the known configuration. Inspect connectors, sealing, support, cables, power, and signs of exposure. Compare current behavior with the acceptance record. Changes in location, antennas, cables, or frequency can change the result even without internal failure. The E-Pole100-S is best analyzed as part of an installed system, not as an isolated box.

Variant registration

The technical form must record E-Pole100S along with the official spelling E-Pole100-S, the band, and the unit’s serial number. This dual identification avoids confusing the equipment with E-Pole100 without suffix S or with other response solutions from the brand. The record must also store configured power, frequency, power supply used, and mounting position.

Inspection before energization

Before energizing the E-Pole100S, check enclosure integrity, connectors, support, cables, and power source. Verify that the variant corresponds to the planned band. Confirm that the antenna system was chosen for that band and that the mounting point does not strain the connectors. The inspection must be repeated after transportation or change of location.

Documented functional test

The E-Pole100S test must use radios programmed for the defined architecture. Record locations, power, position, environmental conditions, and call results. Repeat at the most critical points. If communication varies, note obstacles, height, noise, and any installation changes. A single result should not be converted into a distance promise.

Temporary operation

In a temporary deployment, the E-Pole100S needs a responsible person, installation date, period of use, and removal procedure. Cables and power must remain protected throughout the period. The team must know how to report a failure and who can change the configuration. Power or frequency changes must be controlled and recorded.

Version comparison

The name E-Pole100S alone does not prove the equipment’s band. VHF and the two published UHF variants have different bands. The label and documentation applicable to the unit must guide the analysis. It is also incorrect to copy battery life, connectivity, or features from another product in the family to fill gaps in this data sheet.

Deployment closure

After use, de-energize the E-Pole100S according to the project procedure, inspect cables, connectors, and support, and record any damage. Preserve the known configuration and unit identification. This history helps prepare the next deployment without relying on memory or a generic data sheet.

Delivery sheet

The E-Pole100S delivery sheet must gather identification, variant, band, power, power supply, position, antenna system, and test result. Keep a copy with the technical history. When the E-Pole100S changes location, update position, cables, power source, and observed conditions. This discipline allows comparing deployments without attributing to the equipment differences caused by the environment.

ABC Mais Telecom uses the manufacturer’s official source to present the E-Pole100S data sheet. The technical quote depends on real scenario data and does not presume range, battery life, or components that the specific documentation does not publish.