J-Kem Syringe Pump

範圍：15nL – 200mL/min。適用於流動化學，例如，以 15 nL/min 的速度分配 1 ml 需要 1,111 小時。
泵系統最多可以有 16個泵 ，是催化劑研究的理想選擇。泵1以 5mL/min的速度添加試劑1，泵2以 6.845mL/min的速度添加試劑2，泵3以 0.01mL/min的速度添加試劑 3（啟始劑）
連續、不間斷、無脈衝添加。這與您將看到的其他任何東西都不一樣。
SYR-1200 可以自動填充，因此您可以要求使用10ml注射泵在35分鐘內輸送 120ml。
使用8通分配閥，單個泵可以依次輸送7種不同的試劑或尋址7個不同的反應器。

注射泵的主要特點包括：

• 連續添加
• 超大流量範圍，低至 15 nl/min
• 所有體積的微升精度
• 提供溫度、pH、壓力模塊。
• 多端口分配閥 將14種試劑輸送到一個反應器，或將1種試劑輸送到 14 個反應器，或兩者之間的任意組合。
• 100% 玻璃和Teflon流體路徑 ，對酸、鹼和有機溶劑穩定。

標準程序
KEM-Pump軟體實施九個流體輸送程序，幾乎可以自動化任何試劑輸送或採樣應用程序，從而為J-Kem注射泵提供全面的多功能性。

• 程序 1 – 定時添加
  以用戶輸入的流速連續輸送任何體積。
• 程序 2 – 順序添加
  十六步程序將多達14種不同的試劑依順序以獨立體積和流速輸送到多個反應器。
• 程序 3 – 並行添加
  添加 將單一試劑以獨立的體積和流速並行添加到多個反應器（最多 7 個）。
• 程序 4 – 並發添加
  添加 以獨立的速率和體積將兩種試劑同時添加到單個反應器中。
  十二步加法程序。僅限雙注射泵系統。
• 程序 5 – pH值統計和恆壓添加
  當訂購了可選的 pH 功能時，可以滴定溶液，然後將其保持在恆定的 pH 值。可選的壓力傳感器以恆定壓力添加試劑。
• 程序 6 – 程序生成器
  拖放任何泵命令序列以執行幾乎任何流體輸送程序。
  包括 I/O 和溫度控制方法。
  從PC或LabView中刪除控制。
• 程序 7 – 手動控制
  允許在觸控式界面中手動控制泵。
• 程序 8 – 自動進樣器
  在用戶設置的時間抽取樣品到樣品瓶中。
• 程序 9 – 自定義 
  J-KEM 提供編寫一個自定義程序並將其添加到您的 KEM-Pump 副本中，無需額外費用。

創建新程序
使用 J-Kem注射泵SYR-1200，可以通過將代碼添加到用Microsoft的 VB.Net 編寫的J-KEM “KEM-Pump”開源注射泵應用程序中來創建新程序。對於具有編程經驗的研究人員來說，注射泵系統的多功能性僅受限於您的想像力。對於沒有編程經驗的研究，KEM-Pump 中的一個螢幕通過將命令拖動到腳本樣式的命令列表來構建新的注射泵程序。KEM-Pump 還具有直觀的圖形界面，可實時顯示正在運行的實驗狀態。
KEM-Pump 包含可以直觀地訪問每個注射泵的高級功能。這些功能幾乎可以在幾個小時內創建任何注射泵程序。

• 帶/不帶Netbook PC控制器的可編程注射泵
  包括注射泵和預裝KEM-Pump並準備運行的Netbook PC：
  • 單位注射泵
    輸入：120 Vac / 230Vac，CE 認證
    需要選擇一個注射器和閥門進行操作
  • 雙位注射泵
    輸入：120 Vac / 230Vac，CE 認證
    需要選擇兩個注射器和閥門，每個泵一個
• 注射泵選項
  • 輸入/輸出包。包括 3 個大電流輸出（170 mA，24 Vdc），3 個數位TTL 輸入，1 個模擬輸入（8 位，0-5 Vdc）。控制電磁閥或讀取輸入感測器，包括內部電源均在程序控制下。
  • 可編程120 V插座。 在程序控制下打開/關閉設備。3 amps @ 120 Vac（12 amps 可用）
• 可用注射器
  • 25 mL 玻璃注射器，帶 Teflon 柱塞
  • 50 mL 玻璃注射器，帶 Teflon 柱塞
  • 100 mL 玻璃注射器，帶 Teflon 柱塞
  • 250 mL 玻璃注射器，帶 Teflon 柱塞
  • 500 mL 玻璃注射器，帶 Teflon 柱塞
  • 1.0 mL 玻璃注射器，帶 Teflon 柱塞
  • 1.25 mL 玻璃注射器，帶 Teflon 柱塞
  • 2.5 mL 玻璃注射器，帶 Teflon 柱塞
  • 5 mL 玻璃注射器，帶 Teflon 柱塞
  • 10 mL 玻璃注射器，帶 Teflon 柱塞
  • 25 mL 玻璃注射器，帶 Teflon 柱塞
  • 50 mL 玻璃注射器，帶 Teflon 柱塞
  • 玻璃注射器筒上的防碎塑料塗層
• 可用的Teflon分配閥：
  • 3 通分配閥（注射器 + 3 個可尋址端口）
  • 4 通分配閥（注射器 + 4 個可尋址端口）
  • 6 通分配閥（注射器 + 6 個可尋址端口）
  • 8 通分配閥（注射器 + 8 個可尋址端口）

也可提供Teflon管和接頭

壓力選項：

壓力控制選項以恆定流速或恆定壓力分配溶液。用於研究過濾器特性或任何需要根據壓力調節流量的過程。可結合分析天平記錄流體輸出的重量。

實時圖形、圖表和數據記錄。

在記錄系統壓力的同時以恆定的速率添加溶液 – 對泵進行編程以在記錄系統壓力的同時以恆定的流速添加試劑。非常適合過濾研究或任何需要記錄系統壓力作為流速函數的實驗。

在恆定壓力下添加溶液—— 在這個實驗中，泵不斷地改變泵的流速，以保持恆定的系統壓力。可用於過濾研究或任何旨在研究過濾器或其他材料隨時間推移的流動特性的實驗。

Range: 15 nanoliters – 200 ml/min.   Good for flow chemistry and, as an example, at 15 nl/min it takes 1,111 hours to dispense 1 ml.
The pump systems can have up to 16 pumps and are ideal for catalyst research.  Pump 1 adds Reagent 1 at 5ml/min, Pump 2 adds reagent 2 at 6.845 ml/min and pump 3 adds reagent 3 (an initiator) at 0.01ml/min
Continuous, uninterrupted, Pulse-free addition.   This isn’t like anything else you’ll have seen.

The SYR-1200 can automatically refill, so that you can request a pump with a 10ml syringe to delivery 120ml in 35 minutes, because the syringe automatically refills when needed.

With an 8-port distribution valve, a single pump can access sequentially deliver 7 different reagents or address 7 different reactors.

Key features of the syringe pump include:

• Continuous addition
• Extraordinary flow rate range, down to 15 nl/min
• Microliter precision at all volumes
• Temperature, pH, pressure modules available.
• Multi-port distribution valve delivers 14 reagents to one reactor, or 1 reagent to 14 reactors, or any combination in between.
• 100% glass and Teflon fluid path stable to acids, bases, and organic solvents.

Standard Programs
KEM-Pump Software implements nine fluid delivery programs that automate virtually any reagent delivery or sampling application giving full versatility to the J-Kem syringe pump.

• Program 1 – Timed Addition
  Continuous delivery of any volume at a user entered flow rate.
• Program 2 – Sequential Addition
  Sixteen step program sequentially delivers up to 14 different reagents to multiple reactors. Independent volume and flow rates for each step.
• Program 3 – Parallel Addition
  Adds a single reagent to multiple reactors (up to 7) in parallel with independent volume and flow rates.
• Program 4 – Concurrent Addition
  Simultaneously adds two reagents to a single reactor at independent rates and volumes.
  Twelve step addition program. Dual syringe pump systems only.
• Program 5 – pH Stat and Constant Pressure Addition
  When the optional pH feature is ordered, solutions can be titrated and then maintained at a constant pH. The optional pressure transducer adds reagents at a constant pressure.
• Program 6 – Program Builder
  Drag-and-drop any sequence of pump commands to perform virtually any fluid delivery  program.
  Includes I/O and temperature control methods.
  Remove control from PC or LabView.
• Program 7 – Manual Control
  Allows manual control of the pump in a point-and-click interface.
• Program 8 – Autosampler
  Aspirate samples at user set times to sample vials.
• Program 9 – Custom 
  J-KEM offers to write one custom program and add it to your copy of KEM-Pump at no additional charge.

Creating New Programs
With the J-Kem syringe pump SYR-1200, new programs are created by adding your code to J-KEM’s open source syringe pump application, “KEM-Pump” written in Microsoft’s VB.Net. For researchers with programming experience, the versatility of the syringe pump system is limited only by your imagination.  For research without programming experience, one of the screens in KEM-Pump builds new syringe pump programs by dragging commands to a script-style command list. KEM-Pump also has an intuitive graphical interface that displays the status of a running experiment in real time.

KEM-Pump contains high level functions that provide intuitive access to every syringe pump feature. Using these functions virtually any syringe pump program can be created in a matter of hours.

• Programmable Syringe Pumps with/without Netbook PC Controller
  Includes the syringe pump and a netbook PC with KEM-Pump pre-loaded and ready to run:
  • Single position syringe pump
    Input: 120 Vac / 230Vac, CE approved
    Requires the selection of one syringe and valve for operation
  • Dual position syringe pump
    Input:120 Vac / 230Vac, CE approved
    Requires the selection of two syringes and valves, one for each pump
• Syringe Pump Options
  • I/O Package. Includes 3 high current outputs (170 mA, 24 Vdc), 3 digital TTL inputs, 1 analog input (8 bits, 0-5 Vdc).  Control solenoid valves or read input sensors, all under program control. Includes internal power supply.
  • Programmable 120 V outlet. Turns equipment On/Off under program control. 3 amps @ 120 Vac (12 amp available)
• Syringes available
  • 25 mL glass syringe with Teflon plunger
  • 50 mL glass syringe with Teflon plunger
  • 100 mL glass syringe with Teflon plunger
  • 250 mL glass syringe with Teflon plunger
  • 500 mL glass syringe with Teflon plunger
  • 1.0 mL glass syringe with Teflon plunger
  • 1.25 mL glass syringe with Teflon plunger
  • 2.5 mL glass syringe with Teflon plunger
  • 5 mL glass syringe with Teflon plunger
  • 10 mL glass syringe with Teflon plunger
  • 25 mL glass syringe with Teflon plunger
  • 50 mL glass syringe with Teflon plunger
  • Shatterproof plastic coating on glass syringe barrel
• Teflon distribution valves available:
  • 3-Port distribution valve (syringe + 3 addressable ports)
  • 4-Port distribution valve (syringe + 4 addressable ports)
  • 6-Port distribution valve (syringe + 6 addressable ports)
  • 8-Port distribution valve (syringe + 8 addressable ports)

Teflon tubing and fittings also available

Pressure options:

The pressure control option dispenses solutions at a constant flow rate or constant pressure. A highly valuable experiment to study filter characteristics or any process that  needs to regulate flow rate as a function of pressure. Can be combined with an  analytical balance to record the weight of fluid output.

Real-time graphics, Charting, and Data logging.

Add Solutions at a Constant Rate While Logging System Pressure – Program the pump to add reagents at a constant flow rate while logging the system pressure. Perfect for filtration studies or any experiment requiring logging system pressure as a function of flow rate.
Add Solutions at a Constant Pressure – In this experiment the pump continuously varies the flow rate of the pump in order to maintain a constant system pressure. Useful for filtration studies or any experiment whose design is to study the flow characteristics of a filter or other material over time.