Introduction: Model selection for a jelly candy line begins with production demand, utility capacity, and the physical bay the line must occupy, not with a nameplate capacity figure alone.
Choosing a jelly candy manufacturing machine starts with four numbers: daily output target, available steam or electric heating, installed power ceiling, and usable workshop bay. Most factory engineers begin with a capacity figure and a budget, then discover that the model matching that number does not fit the building. The order works better the other way around. Fix the daily output your sales plan needs, check what the plant can supply in steam or electricity, measure the bay you can clear, and only then look at depositing speed and candy weight. The PD80 to PD2000 range covers 80 to 2000 KG/H, and each tier shifts installed power from 60 KW to 280 KW on electric heating, or 35 KW to 180 KW on steam. In that order, the shortlist usually narrows to one or two models before pricing enters the conversation.
Output comes first, but the nameplate figure alone does not decide the model. Consider a plant with a sales plan of 5 to 6 tonnes of gummy per day, a fixed bay of about 26 m by 8 m, and limited spare steam. That plant fits a different tier from a facility planning 25 tonnes per day with unused transformer capacity. Rated capacity starts the discussion; the daily production plan decides whether PD300, PD600, or PD1200 is the answer.
Rated output becomes useful only when measured against a real daily production target. Practical output depends on candy formula, piece weight, mold, and stable operating hours. A line rated at 80 KG/H running steadily for 20 hours produces roughly 1.6 tonnes, while a 600 KG/H model in the same window produces about 12 tonnes. Cleaning, mold changes, and start-up reduce that window, so a plant targeting 6 tonnes per day usually needs a model that clears the target with room to spare rather than the smallest one that technically matches. Set the daily target first, then work back to the PD tier.
Installed power determines whether the model fits your steam or electrical supply. Electric heating ranges from 60 KW on PD80 to 280 KW on PD2000. Steam heating ranges from 35 KW to 180 KW because the heat comes from your boiler rather than the line's own elements. That gap matters when a plant has spare transformer capacity but a fully loaded boiler, or the opposite. Steam-heated models need enough boiler headroom to hold syrup temperature steady through continuous melting and depositing; this is a heat transfer question as much as a capacity question. Power supply is 380V/220V, 50Hz/60Hz, three-phase, so voltage and frequency are configuration details rather than obstacles. Confirm what the plant can supply before comparing prices.
A complete jelly candy production line occupies roughly 20-30 m long, 6-10 m wide, and 4 m high, and the chosen model sits within that range. Length covers more than the machines themselves: the electromagnetic melting pot, syrup storage tank, depositing machine with cooling tunnel, climbing conveyor, polishing machine, sugar sanding machine, receiving trays, and trolleys. Width must hold operator walkways and service access on both sides of the cooling tunnel, plus a route for mold sets in and out. Height is easy to overlook because the climbing conveyor and elevated syrup path need clear vertical space under a 4 m ceiling. Utilities determine whether a layout actually works. The PLC cabinet must sit within cable distance of your supply, and electric models must match transformer capacity and panel arrangement. Steam-heated lines need pipe runs from the boiler, a condensate path, and room to service valves and traps. The cooling tunnel needs water for its cooling circuit and a discharge route for warm air. The depositing area needs airflow that does not pull humid air back across the molds. Compressed air for pneumatic valves and a practical cleaning routine both need space at the machine ends. A line that fits on paper can still fail if the cooling tower sits too far away, trays stack in the walkway, or there is no wall clearance for maintenance work.
Depositing speed is 45-50 drops per minute across the range, and candy weight is 2-20 g per piece. These two figures are why a model recommendation needs your product, not only your tonnage. At the same drop rate, a 12 g piece moves three times the syrup of a 4 g piece from the same mold, so heavier candies reach rated output sooner. Light pieces require more drops, more cavities, or a longer run to reach the same daily tonnage, so a plant producing 2-3 g pieces may need a larger tier than its tonnage alone suggests. Mold shape and PLC settings complete the picture. Custom molds cover jelly bear and building block shapes, and each shape has its own cavity count and fill pattern. Switching shapes means switching mold sets and running the matching recipe on the PLC. The modular control design keeps those settings repeatable between runs instead of relying on operator memory. More shapes mean more mold sets, more storage, and more changeover time folded into daily output. A gummy candy machine manufacturer can map your shapes to cavity counts and depositing settings. Bring target piece weight, target shapes, weekly SKU count, and bay dimensions to the first inquiry. Panda Machinery builds the PD range with a SUS304 main structure and optional SUS316 food-contact surfaces, and provides installation, training, a 2-year quality guarantee, and lifetime accessory supply.
Choosing between PD80 and PD2000 follows a clear order: daily output first, then steam or electrical supply, then the bay and utility routes, then depositing speed and candy weight. A jelly candy manufacturing machine that meets all four requirements is the one worth quoting. Test every figure against your own formula, piece weight, and shift pattern, and confirm steam consumption, compressed air demand, exact hook-up points, final lead time, MOQ, price, and spare-part inventory per project. Send those four numbers with your target shapes, and the model recommendation becomes a short, concrete conversation.
A：Start with the daily production target, not the hourly rating. Convert that target into kilograms per stable operating hour using a realistic run window, then apply your formula, piece weight, and mold factors. The result points to a tier—PD80 at the low end, PD2000 at the top—and leaves enough margin that cleaning and changeovers do not pull you below plan.
A：Output is essentially drop rate multiplied by piece weight and cavity count. At 45-50 drops per minute, a 12 g piece moves three times the syrup of a 4 g piece across the same run time. Heavy pieces reach rated tonnage sooner, while light pieces need more drops, more cavities, or a longer run, so piece weight belongs in the model calculation from the start.
A：Yes. The depositing machine is built around changeable custom molds, so jelly bear and building block shapes run on the same line with the matching mold set and PLC recipe. Each shape has its own cavity count and fill pattern, so plan mold sets, storage, and changeover time into the daily output and weekly SKU schedule.
Steam Consumption of Heat Exchangers
