型號: 21915759506763
訂購Ss產品請先與賣家討論了解需求及功能再行下單
或可谷哥Ss釀酒科技台灣總代理了解產品詳細功能及規格
從頭開始設計我們的每一件電動釀造設備，使我們能夠引入更高水平的過程控制，靈活性和性能。每一個細節都經過精心的思考和完善。
我們新的eControllers的每個組件都是內部設計或選擇，以增強ebrewing體驗。從定制擠壓6061飛機級鋁製外殼開始，這是CNC加工，然後塗上耐用的黑色陽極氧化處理。使用這種方法使我們能夠保持系統緊湊，便攜和功能。外殼包括一個便於安裝和拆卸的集成式提手，一個用於替代安裝選項的T形槽，以及一個散熱器，以保持內部電氣元件的冷卻。
eController由全比例PID控制器驅動，該控制器不依賴於高速開關來調節熱量。相反，電壓通過內部SSVR調製，這意味著元件功率是成比例的。位於PID正上方的開關允許用戶以手動或自動模式操作控制器。
在手動模式下，比例輸出可以按總元素輸出的0-100％進行微調，非常適合撥打完美的滾動沸騰。或者，在自動模式下，PID算法管理相對於過程溫度的比例輸出，以保持穩定的HLT或混合溫度。eController快速找到與環境熱損失特性的平衡，並且可以在每個釀造過程中保持高度準確性。
加熱器按鈕允許用戶在不關閉整個裝置的電源或調節PID輸出設置的情況下打開或關閉元件，這在偶爾的沸騰期間尤其有用。該特徵還允許控制器用於監測過程溫度，例如在噴射過程的徑流或後期階段，而沒有乾燥燃燒元件的風險。最後，控制器具有兩個附件輸出，通常用於泵，但也可用於磨機，照明甚至手機充電器。
連接性是我們的eControllers的一個重要考慮因素，我們希望能夠適應現有客戶提供的水壺或元件的插頭的靈活性和熟悉度，以及UL認可的連接器類型的可靠性。對於240VAC主電源和元件連接器，我們採用了通用的NEMA L6-30標準，這是一種3線扭鎖式插頭類型，能夠提供30安培的電流。對於配件連接，我們決定使用NEMA 5-15標準，這是標準的120 VAC住宅插座。最後，對於PT100溫度探頭，我們選擇了3.5毫米迷你插孔連接器標準，通常用於耳機，既耐用又易於使用。
訂購Ss產品請先與賣家討論了解需求及功能再行下單
或可谷哥Ss釀酒科技台灣總代理了解產品詳細功能及規格
從頭開始設計我們的每一件電動釀造設備，使我們能夠引入更高水平的過程控制，靈活性和性能。每一個細節都經過精心的思考和完善。
我們新的eControllers的每個組件都是內部設計或選擇，以增強ebrewing體驗。從定制擠壓6061飛機級鋁製外殼開始，這是CNC加工，然後塗上耐用的黑色陽極氧化處理。使用這種方法使我們能夠保持系統緊湊，便攜和功能。外殼包括一個便於安裝和拆卸的集成式提手，一個用於替代安裝選項的T形槽，以及一個散熱器，以保持內部電氣元件的冷卻。
eController由全比例PID控制器驅動，該控制器不依賴於高速開關來調節熱量。相反，電壓通過內部SSVR調製，這意味著元件功率是成比例的。位於PID正上方的開關允許用戶以手動或自動模式操作控制器。
在手動模式下，比例輸出可以按總元素輸出的0-100％進行微調，非常適合撥打完美的滾動沸騰。或者，在自動模式下，PID算法管理相對於過程溫度的比例輸出，以保持穩定的HLT或混合溫度。eController快速找到與環境熱損失特性的平衡，並且可以在每個釀造過程中保持高度準確性。
加熱器按鈕允許用戶在不關閉整個裝置的電源或調節PID輸出設置的情況下打開或關閉元件，這在偶爾的沸騰期間尤其有用。該特徵還允許控制器用於監測過程溫度，例如在噴射過程的徑流或後期階段，而沒有乾燥燃燒元件的風險。最後，控制器具有兩個附件輸出，通常用於泵，但也可用於磨機，照明甚至手機充電器。
連接性是我們的eControllers的一個重要考慮因素，我們希望能夠適應現有客戶提供的水壺或元件的插頭的靈活性和熟悉度，以及UL認可的連接器類型的可靠性。對於240VAC主電源和元件連接器，我們採用了通用的NEMA L6-30標準，這是一種3線扭鎖式插頭類型，能夠提供30安培的電流。對於配件連接，我們決定使用NEMA 5-15標準，這是標準的120 VAC住宅插座。最後，對於PT100溫度探頭，我們選擇了3.5毫米迷你插孔連接器標準，通常用於耳機，既耐用又易於使用。
Designed to be used with a recirculating infusion mash system (RIMS), which is currently in development. The 3V controllers is engineered to be used with a traditional 3 vessel, multi-step mash system, where each vessel can be temperature controlled. The 3V controller is designed to operate 3 elements in total, albeit 2 at a time, and will be compatible with our 10 and 20 gallon eKettles. As a result of the increased load of running 2 elements simultaneously, the 3V controller will require two discrete 30A GFCI protected circuits.
Designing every piece of our electric brewing equipment from scratch has enabled us to introduce a new level of process control, flexibility, and performance. Every detail has been carefully thought through and refined.
Every component of our new eControllers were designed in house or selected to enhance the ebrewing experience. Beginning with the custom extruded 6061 aircraft-grade aluminum housing, which is CNC machined, and then coated in a durable black anodized finish. Using this approach allowed us to keep the system compact, portable, and functional. The housing includes an integrated carry handle for easy setup and take down, a tee-slot for alternative mounting options, along with a heatsink to keep the internal electrical components cool.
The eController is driven by a fully proportional PID controller, which doesn't rely on high speed switching to modulate heat. Instead, voltage is modulated through an internal SSVR, this means element wattage is proportional. A switch located just above the PID allows the user to operate the controller in manual or automatic modes.
In manual mode, the proportional output can be fine-tuned on a scale of 0-100% of total element output which is ideal for dialing in a perfect rolling boil. Alternatively, in automatic mode, the PID algorithm manages the proportional output relative to process temperature, to hold a steady HLT or mash temp for instance. The eController quickly finds equilibrium with environmental heat loss characteristics, and can maintain a high degree of accuracy during each brewing process.
The heater button allows the user to cycle the element on or off without shutting down the power to the entire unit, or adjusting the PID output setting, which is especially helpful during the occasional boil-over. This feature also allows the controller to be used to monitor a process temperature, such as during runoff or latter stages of the sparge process without the risk of dry firing the element. Lastly, the controller features two accessory outputs, which would commonly be used for pumps, but could also be used for a mill, lighting, or even a phone charger.
Connectivity was an important consideration for our eControllers, we wanted the flexibility and familiarity of a plug that could be adapted to an existing customer supplied kettle or element, and the reliability of a UL approved connector type. For 240VAC main power and element connectors, we settled on the common NEMA L6-30 standard, which is a 3-wire twist-lock plug type, capable of delivering 30 amps of current. For the accessory connections, we settled on using a NEMA 5-15 standard, which is just a standard residential 120 VAC outlet. Finally, for the PT100 temperature probes we opted for the 3.5 mm mini jack connector standard, commonly used for headphones, which is both durable and easy to use.
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