TEBAK Gasoline Earth Auger 1.7kW | B2B Garden Hole Drilling Procurement Guide

Source-controlled product identity

The Hoting queue identifies Product ID 1601391422562 as the TEBAK factory high-power gasoline drilling and digging machine for garden screw-hole drilling. The source describes it as a gasoline-powered auger-style drilling machine for garden and digging work.

The source record provides seven structured specifications: power 1.7kw/7000r/min, drilling diameter 0-400mm, engine type 2 stroke, air cooled, single cylinder, fuel tank capacity 1250ml, mixed fuel ratio 25:1, weight 15kg and single package size 85X45X35 cm.

The source does not provide fuel grade, actual operating fuel procedure, torque, auger length, shaft interface, clutch, reduction ratio, maximum drilling depth, soil limits, operator count, vibration, noise, starting system, safety guard, spare parts, emissions data or certification. These remain supplier-confirmation and acceptance-test requirements.

This B2B procurement guide is for importers, landscaping distributors, garden-equipment dealers, agricultural-service providers, fencing contractors and rental businesses evaluating a portable gasoline earth auger. It focuses on soil conditions, hole-size tooling, power transmission, fuel handling, operator safety, maintenance and field acceptance without turning a marketing title into unsupported performance claims.

Recorded specifications

Field	Source value	Procurement meaning
Product ID	1601391422562	Keep this identifier on the quotation, sample order, inspection report and shipping documents.
Brand	TEBAK	Confirm nameplate, model, revision and delivered branding.
Power / speed field	1.7kw/7000r/min	Clarify whether 1.7kw is rated or maximum output and whether 7000r/min is no-load engine speed or another condition.
Drilling diameter	0-400mm	Confirm the supported auger sizes, soil conditions, depth, tooling and whether the range describes an optional bit family.
Engine type	2 stroke, air cooled, single cylinder	Request displacement, starting system, cooling path, carburetor, ignition and service parts.
Fuel tank capacity	1250ml	Confirm usable fill volume, fuel cap, ventilation, leak test and operating procedure.
Mixed fuel ratio	25:1	Confirm the exact gasoline and two-stroke oil specification, mixing method and required market labeling.
Weight	15kg	Confirm whether this is dry machine weight, excludes auger and fuel, and whether two-person handling is required.
Single package size	85X45X35 cm	Use for freight planning, warehouse space and packaging inspection; confirm gross weight and package contents.
Depth / torque / soil limits	Not supplied	Require buyer-specific field trials and a written operating envelope.
Safety / compliance	Not supplied	Request guards, emergency stop or shutoff, vibration/noise data, manual and destination-market documents.

Define the hole-drilling job

Start the RFQ with the hole schedule. Record required diameter, depth, spacing, vertical or angled direction, quantity per day, soil type, access width and acceptable deviation.

Identify whether the machine will be used for fence posts, planting, landscaping, irrigation, sign supports, deck supports, soil sampling or another task. Hole diameter alone does not define the required torque or auger length.

Describe the soil: topsoil, clay, sand, gravel, compacted fill, roots, stones, moisture and slope. The source supplies no soil rating, so a supplier claim for “0-400mm” must be tested against the buyer's actual ground.

Record the maximum hole diameter used regularly and the occasional maximum. A 400mm tool can impose much higher reaction forces than a small garden bit; confirm the gearbox, clutch and operator-control method for each size.

Define hole quality. Planting holes may tolerate different walls and bottoms than fence-post holes, where diameter, depth and alignment affect installation.

Provide a sample field-test plan with tools, soil, depth, time, fuel, operator count, restart procedure and acceptance limits. Require the supplier to approve the test conditions in writing.

Clarify the 1.7kw/7000r/min power field

The source writes power as “1.7kw/7000r/min.” This combined field needs clarification before it is used for comparison.

Ask whether 1.7kw is rated engine output, maximum output, a marketing conversion or another value. Request the test standard, measurement point, temperature, engine condition and whether the value is net or gross.

Ask whether 7000r/min is rated speed, maximum no-load speed, governed speed or an auger-shaft speed. Engine speed and tool speed are not necessarily identical.

Request engine displacement, bore, stroke, compression, carburetor, ignition, air filter, starting system and governor or speed-control details. These are not supplied in the source record.

Measure engine speed under no load, normal drilling load and a controlled stall or overload test. Do not intentionally create unsafe overloads; use the supplier's approved test procedure.

Confirm how power reaches the auger: clutch, gearbox, reduction ratio, shaft, chain or another transmission. Request torque data at the auger interface if the machine is intended for large bits.

Drilling diameter and auger tooling

The recorded drilling diameter range is 0-400mm. Request the full compatible auger catalog, including each diameter, length, tip design, flighting, shaft, connection and weight.

Clarify whether 0mm is simply a range notation or whether a minimum practical bit diameter exists. A machine should be evaluated against actual supplied tools, not the range alone.

Confirm the largest auger that can be used in the buyer's soil and the restrictions for stones, roots, wet clay, frozen soil or compacted ground.

Request the auger connection drawing, pin or bolt specification, retaining method, interchangeability and spare-part numbers.

Check tool runout, shaft straightness, flight condition and tooth availability. Measure hole diameter at the top, middle and bottom when depth allows.

Ask how the operator removes a stuck auger. Confirm reverse function, clutch release, engine shutoff, lifting points and a safe extraction method. Do not assume reverse rotation exists.

Test each buyer-required bit for starting, vertical stability, chip or soil clearance, reaction force and removal. Record time and fuel used per hole.

Engine, fuel and starting requirements

The source identifies a 2-stroke, air-cooled, single-cylinder engine, a 1250ml fuel tank and a mixed-fuel ratio of 25:1. It does not state fuel grade, oil type or starting system.

Request the exact fuel specification, two-stroke oil standard, mixing ratio unit, mixing sequence, storage life, seasonal guidance and label language. Confirm whether the 25:1 ratio applies under all conditions.

Ask whether the engine uses recoil start, electric start or another method. Request starting instructions for cold, warm and low-temperature conditions.

Confirm tank usable capacity, filler opening, cap seal, breather, fuel line, filter, carburetor and leak-test procedure. Inspect the tank and fuel system before running the machine.

Measure fuel consumption under representative hole sizes and soil conditions. Do not calculate runtime from tank capacity alone without an observed consumption rate.

Confirm storage and transport rules for a machine with a 1250ml fuel tank. Ask how fuel must be drained for freight, warehouse storage and service.

Test hot restart, cold start, idle stability, throttle response and shutoff. Record the time and number of pulls or starting actions.

Torque, reaction force and operator control

No torque, clutch or reaction-force data is provided. These are critical for a portable auger, particularly near the 400mm end of the listed diameter range.

Request a torque curve or a clear operating limit for each auger size. Confirm how the machine limits kickback or reaction force when the bit contacts a root or stone.

Identify handles, grip positions, frame geometry, throttle, kill switch, clutch control and lifting points. Measure whether two operators are required for specific bit sizes or soils.

Test operator control on level ground and the intended slope range. Confirm prohibited conditions, minimum clearance, bystander distance and a safe stop procedure.

Check handle vibration, fastener loosening and control access after repeated holes. Request vibration and noise measurements under the buyer's operating conditions.

Define a stuck-tool procedure: release throttle, shut off engine, stabilize the frame, remove by approved method and inspect the transmission before restart.

Do not treat 15kg machine weight as the full handling requirement. Add auger weight, fuel, soil resistance, reaction force and lifting posture to the risk assessment.

Depth, alignment and field productivity

The source does not provide maximum drilling depth. Request auger lengths, extension options, practical depth limits and the effect of soil collapse or loose material.

Define how depth is measured: from ground level, handle reference, auger tip or finished surface. Use a marked auger and an independent depth gauge during acceptance.

Check vertical alignment with a guide, level, frame or operator method. If fence posts require a defined angle, test the full installation procedure rather than an empty hole.

Measure cycle time as setup, positioning, drilling, clearing, lifting, inspection and relocation. Do not report only the time while the auger is rotating.

Record holes per fuel fill, fuel used per hole, bit change time, soil removal, operator fatigue and stoppages.

Test repeated holes at the same spacing. Confirm whether the machine can be aligned consistently without a separate template or guide frame.

For rental or distribution use, define a simple customer checklist covering fuel mixing, bit selection, startup, operation, stuck-tool response, cleaning and storage.

Air cooling, dust and maintenance

The engine is identified as air cooled, but the source does not describe cooling fins, airflow, shrouds or operating-temperature limits.

Request the cooling-path drawing and cleaning instructions. Dry soil, grass, leaves and dust can restrict airflow around an air-cooled engine.

Test the machine after repeated holes and in warm ambient conditions approved by the supplier. Monitor temperature according to the manual and look for power loss, smell or abnormal noise.

Request air-filter type, cleaning interval, replacement part, spark plug, fuel filter, carburetor service, grease points and gearbox oil specification.

Inspect the muffler, heat shield, fuel lines and hot surfaces. Keep dry vegetation and fuel containers away from heat sources.

Confirm the maintenance schedule for clutch, gearbox, auger shaft, pins, bolts, handles and controls. Record inspection points for a rental fleet.

Ask for a spare-parts kit and service manual. Include diagrams for the starter, carburetor, clutch, gearbox, fuel system and control cable.

Packaging, shipping and incoming inspection

The recorded single package size is 85X45X35 cm and machine weight is 15kg. Confirm whether the package size includes the engine only, the basic frame, an auger or a complete kit.

Request gross weight, package count, carton or crate specification, pallet requirement, shock protection, moisture protection and lifting marks.

Open the package against a packing list. Check engine, frame, handles, auger interface, fuel tank, controls, starter, tools, manual, pins, bolts and spare parts.

Inspect for bent shafts, cracked guards, fuel leakage, damaged controls, missing fasteners, dented tank, oil residue and corrosion.

Photograph the nameplate, package labels, serial number and included tools before commissioning. Record any deviation against the quotation.

Confirm transport rules for a gasoline machine and whether fuel must be drained. Do not ship a filled fuel tank unless the carrier and regulations explicitly permit it.

Safety and compliance

The source record does not provide certification, emissions data or safety documentation. Request the applicable documents for the destination market and intended use.

Confirm throttle return, engine shutoff, kill switch, clutch or overload protection, guards, hot-surface labels, fuel labels, handle retention and fastener locking.

Identify hazards from rotating augers, kickback, entanglement, flying soil, roots, stones, hot exhaust, fuel vapor, noise, vibration and lifting.

Set an exclusion zone around the operating machine. Keep bystanders, children, loose clothing, tools and fuel containers away from the auger and exhaust.

Provide PPE and training appropriate to the site: eye and face protection, hearing protection, gloves selected for the hazard, protective footwear and work clothing.

Do not operate near underground utilities without a documented utility-location procedure. Confirm the buyer's local rules for digging, fuel storage, emissions and noise.

Request an operating manual with prohibited conditions, maintenance, transport, storage, emergency stop and stuck-auger procedures.

Factory acceptance test

1. Verify Product ID 1601391422562, TEBAK brand, exact model and nameplate.
2. Verify power field 1.7kw/7000r/min and document its definition, test condition and measurement point.
3. Verify 2-stroke, air-cooled, single-cylinder engine construction and record displacement and starting system.
4. Verify 1250ml fuel tank, cap, breather, fuel lines, leak condition and usable volume.
5. Verify 25:1 mixed-fuel ratio with the exact gasoline and two-stroke oil specification.
6. Verify the supplied auger connection, compatible bit sizes and the 0-400mm source-listed diameter range.
7. Run buyer-required diameters in agreed soil and measure diameter, depth, verticality, cycle time and fuel use.
8. Test starting, idle, throttle, hot restart, cold restart, shutoff and abnormal-stop behavior.
9. Measure reaction force, handle control, vibration, noise and operator count using the approved test method.
10. Test root, stone or compacted-soil limits only under a safe supplier-approved procedure.
11. Test stuck-auger, clutch, reverse or approved extraction procedure without unsafe manual force.
12. Verify air cooling, filter access, cleaning, temperature control and repeated-cycle behavior.
13. Verify guards, kill switch, throttle return, fastener retention, hot-surface protection and fuel safety.
14. Verify 15kg weight definition, 85X45X35 cm package size, gross weight and package contents.
15. Verify manual, spare parts, warranty, service response, transport instructions and compliance documents.

RFQ checklist

• Product ID 1601391422562, TEBAK brand, model, revision and nameplate photograph.
• Power 1.7kw/7000r/min definition, test standard, rated or maximum status and engine-speed meaning.
• Engine displacement, bore, stroke, carburetor, ignition, starter, governor and air-cooling design.
• Drilling diameter 0-400mm conditions, compatible auger list, length, shaft and tool limits.
• Maximum depth, extension options, soil limits, roots/stones guidance and vertical-alignment method.
• Torque, reduction ratio, clutch, overload protection, reaction force and stuck-auger procedure.
• Fuel tank usable volume 1250ml, fuel grade, oil type, 25:1 mixing procedure and labeling.
• Fuel consumption, runtime method, storage, draining and transport requirements.
• Weight 15kg definition, auger weight, fuel condition, operator count and lifting points.
• Single package size 85X45X35 cm, gross weight, package count, palletization and protection.
• Handles, throttle, kill switch, guards, hot-surface protection, vibration and noise data.
• Air filter, spark plug, fuel filter, grease/oil points, service intervals and spare parts.
• Buyer-specific soil trial, hole diameter/depth/verticality, cycle time and fuel-use acceptance criteria.
• Warranty, service response, manuals, safety labels, emissions and destination-market documents.

Buyer decision framework

This source confirms a TEBAK gasoline drilling and digging machine with 1.7kw/7000r/min power-speed wording, a 0-400mm drilling-diameter field, a 2-stroke air-cooled single-cylinder engine, 1250ml fuel tank, 25:1 mixed-fuel ratio, 15kg weight and 85X45X35 cm single package size.

Approve the machine only after testing the actual auger sizes, soil, depth, hole quality, reaction force, fuel procedure and operator method. A portable 15kg machine still requires a complete risk assessment because the tool and soil can create forces far above the dry machine weight.

Compare suppliers by measured field performance, tooling, torque control, fuel and maintenance requirements, safety documentation, spare parts and transport readiness rather than by “high-power” or “0-400mm” wording alone.

Frequently asked questions

What is the listed power?

The source lists 1.7kw/7000r/min. Confirm whether the power is rated or maximum and whether 7000r/min is engine speed or another speed condition.

What drilling diameter is listed?

The source lists 0-400mm. Confirm the practical minimum, available augers, maximum depth, soil conditions and safe operating limits.

What engine does it use?

The source identifies a 2-stroke, air-cooled, single-cylinder engine. Displacement, starter, carburetor and service parts require supplier confirmation.

What fuel mixture is required?

The source lists a 25:1 mixed-fuel ratio. Confirm the exact gasoline, two-stroke oil, mixing procedure and destination-market labeling before operation.

Does the machine include an auger?

The source does not state the included tool package. Request the exact auger diameter, length, shaft, pins, accessories and spare parts in the quotation.

Is the machine safe for hard soil or roots?

The source provides no soil rating, torque or reaction-force data. Validate hard soil, roots and stones only through a supplier-approved field test and safety procedure.

What are the package dimensions?

The listed single package size is 85X45X35 cm. Confirm gross weight, package contents and whether the auger is packed separately.

Source and contact

This guide is based on the Hoting queue record for Product ID 1601391422562. The source confirms seven structured values for a TEBAK gasoline drilling and digging machine, while fuel grade, torque, tooling, depth, soil capability, safety and compliance details remain open. Before purchase, request a complete machine-and-auger quotation, field trial, fuel procedure, safety manual, spare-parts terms, packaging data and warranty through the TEBAK sales inquiry channel.