Iceriver KS3M KAS Miner (6000Gh)

Iceriver KS3M Key Features

The Iceriver KS3M is designed for miners who need dedicated Kaspa performance in a conventional air-cooled ASIC chassis. Its Ethernet interface supports stable network connectivity, while its high-speed cooling fans move substantial airflow through the hashboards.

• Manufacturer: IceRiver
• Model: KS3M
• Full product name: Iceriver KS3M
• Mining algorithm: kHeavyHash
• Typical hashrate: 6TH/s
• Equivalent hashrate: 6,000GH/s
• Typical power consumption: 3,400W
• Calculated efficiency: Approximately 566.67J/TH
• Cooling method: Industrial air cooling
• Network interface: Ethernet
• Input voltage: 170–300V AC
• Miner dimensions: Approximately 370 × 195 × 290mm
• Net weight: Approximately 14.4kg
• Release period: August 2023
• Operating temperature: Approximately 0°C to 35°C
• Operating humidity: Approximately 10–90%, non-condensing
• Primary cryptocurrency: Kaspa
• Recommended use: Professional or dedicated mining environments

Iceriver KS3M Specifications

Specification note: The commonly published Iceriver KS3M rating is 6TH/s at approximately 3,400W. Some suppliers may list slightly different power, weight, packaging or tolerance figures. Always check the factory label and seller documentation before installation.

The KS3M should not be confused with the KS3, KS3L, KS3M Pro, KS5L or KS5M. These models may use the same kHeavyHash algorithm but have different hashrates, power requirements and dimensions.

Iceriver KS3M Mining Overview

Iceriver KS3M Kaspa Mining Performance

The Iceriver KS3M generates a typical kHeavyHash output of 6TH/s. This means the miner performs approximately six trillion relevant hash operations per second when operating within expected conditions.

Actual accepted hashrate may vary according to:

• Production tolerance
• Ambient temperature
• Fan condition
• Firmware version
• Pool latency
• Input-voltage stability
• Network reliability
• Hashboard condition
• Operating uptime

Operators should compare the local miner dashboard with pool-side accepted hashrate over several hours. A short-term peak or dip does not necessarily reflect the stable output of the Iceriver KS3M.

Important Performance Indicators

• Real-time hashrate
• Average accepted hashrate
• Accepted shares
• Rejected and stale shares
• Hashboard status
• Hardware errors
• Chip temperature
• Fan speed
• Measured wall power
• Pool latency
• Ethernet uptime

A sustained drop in output may indicate restricted airflow, excessive room temperature, fan failure, unstable voltage, pool interruption, firmware problems or a damaged hashboard.

Iceriver KS3M Power Efficiency

Using the commonly published specifications, the calculated efficiency of the Iceriver KS3M is:

3,400W ÷ 6TH/s = approximately 566.67J/TH

The same efficiency may also be expressed as approximately 0.5667J/GH.

Efficiency measures the amount of power used to produce a unit of mining output. It does not guarantee profitability. Two miners with similar efficiency can have very different returns if their purchase prices, network conditions or uptime differ.

When comparing the KS3M with newer Kaspa miners, consider:

• Hashrate
• Power efficiency
• Purchase price
• Shipping cost
• Warranty coverage
• Hardware condition
• Expected useful life
• Cooling expenses
• Resale value

Iceriver KS3M Electricity Consumption

At a continuous 3,400W load, estimated miner-only electricity consumption is:

• 81.6kWh per day
• 571.2kWh per week
• 2,448kWh per 30-day month
• 29,784kWh per year

Estimated monthly electricity costs are:

• At $0.04/kWh: approximately $97.92
• At $0.05/kWh: approximately $122.40
• At $0.06/kWh: approximately $146.88
• At $0.08/kWh: approximately $195.84
• At $0.10/kWh: approximately $244.80
• At $0.15/kWh: approximately $367.20
• At $0.20/kWh: approximately $489.60
• At $0.30/kWh: approximately $734.40

These estimates cover only the nominal Iceriver KS3M load. Facility ventilation, air conditioning, transformers, switches, routers and electrical-distribution losses increase total consumption.

Mining revenue should be calculated using current Kaspa network difficulty, emission rate, pool fees, KAS market value and electricity costs. Do not rely on fixed daily-profit claims.

Iceriver KS3M Cooling and Noise

The Iceriver KS3M uses industrial air cooling to remove approximately 3.4kW of continuous heat. Nearly all electricity consumed by the miner eventually becomes thermal energy inside the mining room.

This unit should be installed in a well-ventilated environment with a clear path for cool intake air and hot exhaust. It is not suitable for a bedroom, office or quiet shared living area.

Cooling Recommendations

• Keep air intakes unobstructed.
• Provide a clear exhaust route.
• Separate hot exhaust from cool intake air.
• Do not operate the miner in a sealed cabinet.
• Use suitable extraction fans or ducting.
• Monitor chip and board temperatures.
• Inspect cooling fans regularly.
• Remove accumulated dust carefully.
• Prevent exhaust recirculation.
• Maintain the room below the recommended temperature limit.

Operating several Iceriver KS3M units in one room requires substantially more ventilation. Ten units would create approximately 34kW of continuous heat before accounting for other equipment.

Mineable Coins with Iceriver KS3M

Other cryptocurrencies may use related or compatible kHeavyHash implementations, but technical compatibility does not guarantee:

• Firmware support
• Mining-pool availability
• Wallet compatibility
• Exchange liquidity
• Profitability
• Long-term network activity

Before switching the Iceriver KS3M to another network, confirm that the miner firmware, selected pool and wallet all support that cryptocurrency.

For information about Kaspa’s network and mining algorithm, visit the official Kaspa website and the official Kaspa mining guide.

Iceriver KS3M Mining-Pool Setup

The Iceriver KS3M connects to compatible Kaspa mining pools through RJ45 Ethernet. Pool mining combines hashrate from many miners and distributes rewards according to accepted shares and the pool’s payment method.

Pool configuration normally requires:

• A Kaspa Stratum server address
• A wallet address or account name
• A worker name
• A pool password
• Secondary and tertiary backup pool addresses

Pool Selection Checklist

• Pool fee
• Payout method
• Minimum payout threshold
• Server location
• Historical uptime
• Security controls
• Monitoring tools
• Worker-management features
• Backup-server availability

After configuring the Iceriver KS3M, confirm that the pool dashboard shows accepted shares and a reasonable average hashrate. Incorrect wallet formats, server addresses or worker settings can prevent payouts.

Iceriver KS3M Electrical Requirements

The commonly listed input range for the Iceriver KS3M is 170–300V AC. A professionally installed 200–240V circuit is normally more appropriate than a standard low-voltage household outlet.

Approximate current at the nominal 3,400W load is:

• Approximately 20A at 170V
• Approximately 17A at 200V
• Approximately 15.45A at 220V
• Approximately 14.17A at 240V
• Approximately 11.33A at 300V

Actual current may vary because of power factor, input voltage, startup behaviour and power-supply efficiency.

Electrical Preparation

• A correctly grounded circuit
• A properly rated breaker
• Conductors sized for continuous duty
• A manufacturer-compatible power cable
• Overcurrent protection
• Surge protection
• Secure power connections
• Emergency disconnect access
• Compliance with local electrical codes

A qualified electrician should inspect the circuit before the Iceriver KS3M is installed. Do not use lightweight extension cables, overloaded power strips or damaged connectors.

Iceriver KS3M Installation Guide

1. Inspect the miner and packaging for transport damage.
2. Confirm that the delivered model is the KS3M.
3. Read the factory hashrate and power label.
4. Verify the available input voltage.
5. Prepare a stable rack or shelf.
6. Provide unobstructed intake and exhaust airflow.
7. Connect the RJ45 Ethernet cable.
8. Connect the approved power cable.
9. Power on the miner.
10. Locate its IP address through the router or IceRiver utility.
11. Open the miner’s management interface.
12. Change default login credentials where supported.
13. Enter the primary Kaspa pool address.
14. Enter the wallet or account information.
15. Add backup pool servers.
16. Save the configuration.
17. Wait for the miner to begin submitting shares.
18. Monitor hashrate, temperature, fan speed and power.

During initial operation, monitor the Iceriver KS3M for unusual fan noise, excessive heat, unstable hashrate, repeated restarts and high rejected-share rates.

Iceriver KS3M Maintenance

Routine maintenance helps the Iceriver KS3M maintain stable airflow, temperature and accepted hashrate.

• Inspect all cooling fans.
• Remove dust from air intakes and heatsinks.
• Check chip and board temperatures.
• Compare local and pool-side hashrate.
• Review rejected shares and hardware errors.
• Inspect power cables for discoloration or heat damage.
• Check Ethernet cables and network switches.
• Maintain room extraction equipment.
• Back up pool settings before firmware changes.
• Use only firmware intended for the exact KS3M model.
• Disconnect power before cleaning or servicing.

Do not install firmware intended for the KS3, KS3L, KS5L or KS5M unless IceRiver explicitly confirms compatibility.

Official manufacturer information can be reviewed through the IceRiver website.

Iceriver KS3M Buying Considerations

Before purchasing an Iceriver KS3M, compare more than the advertised price. A low-cost unit may be used, repaired, overclocked or outside its warranty period.

Check Before Ordering

• New, used or refurbished condition
• Factory serial number
• Hashrate test report
• Measured wall power
• Current firmware
• Fan and hashboard condition
• Remaining warranty
• Seller return policy
• Shipping insurance
• Import duties and taxes
• Power-cable inclusion
• Expected dispatch date

Ask the seller to confirm that the miner can sustain approximately 6TH/s and that all hashboards are detected. A video showing the serial number, dashboard and pool-side hashrate can provide additional reassurance for a used unit.

Contact Hash Titans to check current availability, shipping options and purchase support for the Iceriver KS3M.

Why Choose the Iceriver KS3M?

The Iceriver KS3M may suit experienced Kaspa miners who need more output than entry-level KS0 or KS1 devices but do not require one of the latest high-hashrate models.

• 6TH/s kHeavyHash performance
• Approximately 3,400W power consumption
• Dedicated Kaspa-mining hardware
• Ethernet network connection
• Industrial air cooling
• Compact ASIC chassis
• Simple web-based configuration
• Suitable for mining farms and hosting facilities

Its main limitations are its 3.4kW power demand, significant heat and noise, older efficiency compared with newer Kaspa miners and exposure to changes in network difficulty and KAS emissions.

Browse more Kaspa ASIC miners to compare the Iceriver KS3M with other kHeavyHash models.

Iceriver KS3M Frequently Asked Questions