A 120-litre label does not tell you how much dough the machine can mix, what electrical supply it needs, or what it will cost to install in Singrauli, Bhandara or Gondia. By the end, you will have a batch-sizing method, an installation checklist and a quotation framework for comparing imported machines on equal terms.
Key takeaways
- Separate bowl volume from flour and maximum dough capacity.
- Request the motor, phase, voltage, controls and safety specifications in writing.
- Measure doors, floors and unloading access for an 830 kg machine.
- Compare landed cost with installation, warranty, spares and response times.
Turn the 120-litre label into a realistic dough batch
A 120-litre bowl does not automatically produce 120 kg of dough. It identifies bowl volume; the permitted batch depends on flour absorption, dough density, bowl geometry and motor torque. Ask for separate figures for nominal bowl volume, usable working volume, flour capacity and maximum dough capacity.
If the stated limits are 75 kg flour and 120 kg dough, test the formula rather than adding those figures together. For example, 70 kg flour plus 42 kg water at 60% hydration, 1.4 kg salt, 2.8 kg sugar and 2.8 kg fat produces about 119 kg dough.
Using the full 75 kg flour limit with that formula produces roughly 128 kg, beyond the dough rating.
| Label | What it tells you | What it does not prove |
|---|---|---|
| 120 litre | Approximate bowl volume | Safe dough load or usable working volume |
| 120 kg dough | Maximum tested dough mass | Capacity for every recipe |
| Spiral HM 120 | A manufacturer’s series or model code | Standardised motor, bowl or batch specification |
A bakery should size the mixer around its heaviest repeatable recipe, not its largest advertised number. A 120 litre spiral mixer in Singrauli or Bhandara suits production only when the required batch falls inside the supplier’s tested range and matches your daily schedule.
- Demand a demonstration at your smallest and largest batch sizes.
- Record first- and second-speed current, mixing time and dough temperature rise.
- Check whether dough climbs the hook or stays trapped beneath it.
- Confirm whether the bowl is fixed or removable, whether it rotates, and how operators load and unload the dough without lifting it manually.
Specify the electrical, control and safety package before ordering
A nameplate showing 380–415 V, 50 Hz, three-phase is the starting point, not installation approval. Confirm that exact supply in the quotation; “380 kW/50 Hz” is likely a unit error because voltage is measured in volts and motor load in kilowatts.
Request these documents before paying an advance:
- A clear nameplate photograph showing voltage, frequency, phase, motor rating, full-load current and control voltage.
- The wiring diagram, terminal layout and control-panel schematic.
- The manufacturer’s Declaration of Conformity, applicable electrical or machinery test reports, and operating manual.
- A load schedule stating connected load in kW, starting current, recommended breaker, cable size and local isolator rating.
- A written confirmation that the motor, overload relay and control transformer are designed for 50 Hz, not only for a similar-looking 60 Hz supply.
| Evidence | What it proves | What it does not prove |
|---|---|---|
| Nameplate and load schedule | The supply and electrical demand to design around | That your site connection is adequate |
| Wiring diagram and manual | How an electrician must connect and service the mixer | Compliance with every Indian installation rule |
| CE documents | The maker completed its claimed European conformity process | Indian suitability or local after-sales support |
Specify a guarded bowl, guard or lid interlock, emergency-stop button, motor overload protection and no automatic restart after power restoration. Ask for a demonstration or written confirmation that opening the guard stops mixing and prevents running while open. A CE mark alone cannot establish these points.
Check whether your building and delivery route can accept 830 kg
Treat 830 kg as the minimum handling figure, not as a promise that a pallet jack can move the mixer. Ask for the packed weight, dimensions, centre of gravity and lifting points; packaging, accessories and lifting equipment can increase the load.
1. Survey the exact bakery address in Singrauli, Bhandara or Gondia. Measure the gate, doorway, corridor, ceiling height, turning radius and final position. Confirm truck access, road width, bridge restrictions and unloading space; “industrial bakery mixer Singrauli” is not a delivery specification.
2. Have a structural engineer or machinery installer verify the floor. Mark a level, reinforced position that can carry the operating load and resist vibration. Do not place the mixer on a weak mezzanine or uneven floor, where movement can damage the bowl drive and alignment.
3. Book a forklift or crane rated above the packed load, with suitable forks, slings and a trained operator. Confirm whether the supplier, transporter or bakery pays for unloading, entry, positioning and removal of packaging.
4. Finish the electrical point before dispatch. Provide the approved three-phase voltage and frequency, isolator, earthing, cable size, breaker and clearance stated on the final motor nameplate and wiring diagram.
5. Reserve space for bowl loading, dough discharge, cleaning and service access. After positioning, require level checks, anchor verification, rotation checks, guard and safety-interlock tests, emergency-stop testing, unloaded and loaded trial runs, and operator training. Record commissioning results and obtain the warranty start date.
Match mixing speed, dough temperature and maintenance to production
Run low speed for incorporation, then high speed for gluten development; set the changeover by dough behaviour and finished dough temperature, not by a fixed timer. Record ingredient temperature, mixing time and final dough temperature for each formula, because excessive friction raises temperature and weakens yeast performance.
Before accepting the machine, demonstrate the actual dough at the manufacturer’s minimum and maximum batch limits. Record first- and second-speed current draw, total mixing time, temperature rise and whether dough climbs the hook or stays trapped below it. An empty-bowl test proves little.
Operators should:
- Load ingredients in the sequence stated in the recipe, close the guard and verify that the interlock prevents operation when open.
- Stop the mixer before scraping, adjusting dough or removing product; never reach through the guard.
- Remove dough promptly after mixing, then brush out dry residue and wash the bowl and hook with the approved method. Keep water away from the motor, control panel, bearings and electrical connections.
- Inspect the belt, gearbox oil level, hook clearance, bowl drive, emergency stop and guard interlock on the maintenance schedule. Log abnormal noise, slipping, heating and repeated overload trips.
Choose a smaller machine or divide batches when production routinely falls below the minimum load, exceeds the rated dough load, or needs several doughs simultaneously. Overloading stresses the drive and leaves unmixed flour; underloading lets dough circulate poorly. A 120 kg mixer is the wrong choice when those divided batches miss your dispatch schedule.
Compare landed quotations and demand a complete service commitment
A 120-litre dough mixer price is not comparable until the seller states whether it is ex-works, CIF, delivered or fully installed. Ask for a quotation tied to the exact bakery address in Singrauli or Bhandara, because freight, customs duty, IGST, clearing, unloading and local electrical work can change the final figure.
A “spiral mixer Gondia” quotation must also identify road-access assumptions and who pays service travel.
| Quotation basis | Included | Risk left with you |
|---|---|---|
| Ex-works | Machine at the foreign factory | Freight, insurance, import clearance, taxes and every Indian site cost |
| CIF Indian port | Ocean freight and insurance to the named port | Port charges, customs, inland transport, unloading and installation |
| Delivered to site | Transport to the stated Singrauli or Bhandara address | Confirm whether crane work, electrical connection and commissioning are excluded |
| Fully installed | Delivery, positioning, assembly, testing and operator handover | Define warranty start date and acceptance test in writing |
- Require dimensions, shipping weight, floor-load data, batch-capacity curve, wiring diagram, operating manual, warranty terms and spare-parts list.
- Request the declaration of conformity, nameplate photograph and test documents; CE marking alone does not prove Indian electrical or service suitability.
- Specify installation scope: unloading, positioning, assembly, trial batch, safety-interlock test and operator training.
- Name the voltage, phase, frequency, connected kW, full-load current, breaker, cable and isolator responsibilities.
- Make Tajshree Bakery Machinary state response time, service-travel charges, stocked spare parts and who handles breakdowns after commissioning.
Related product
 | Spiral HM-120 Imported Spiral Mixer -120 Ltr. in Singrauli, Sidhi, Bhandara, Gondia ₹390000 IMPORTED TAJSHREE SPIRAL MIXER SM-120 LTR. Capacity Dough : 120 Kgs. Capacity Flour : 75 Kgs. View product → |
Frequently asked questions
Does a 120-litre bowl produce 120 kg of dough?
No. Bowl volume is not dough capacity. Request separate figures for nominal bowl volume, usable working volume, flour capacity and maximum dough capacity.
What specifications should you confirm before ordering a 120-litre spiral mixer?
Confirm motor rating, phase, voltage, mixing speeds, control panel, emergency stop, overload protection, bowl and hook material, warranty and installation requirements.
How do you check whether a bakery can receive an 830 kg mixer?
Measure the delivery route, door and ceiling clearances, floor load capacity, unloading area and equipment needed to move the machine into position.
What should a landed quotation for a spiral mixer include?
Request the machine price, freight to Singrauli or Bhandara, insurance, unloading, installation, taxes, commissioning, warranty coverage, spare parts and service response times.
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