Do you have a question about the RFS Technologies KD20 and is the answer not in the manual?
Questions and answers
Summary of Contents for Amphenol RFS Technologies KD20
Page 1
Doc #: 10000036989 Ver A Document No.: 10000036989 Product Manual AUTOMATIC AIR DEHYDRATOR KD20 / KD70 Series Model Covered by This Manual: KD20 / KD22 / KD20S / KD22S/KD24-DC/KD24S-DC KD70 / KD72 / KD70S / KD72S/KD74-DC/KD74S-DC PLEASE READ THIS MANUAL THOROUGHLY AND SAVE FOR FUTURE REFERENCE.
Page 2
Doc #: 10000036989 Ver A This Page Intentionally Left Blank...
Doc #: 10000036989 Ver A 1. WARNINGS, CAUTIONS & NOTES NOTE: Read this manual before installation or operation of the dehydrator. _________________________________________________________________________________________________________ W A R N I N G Power source of the dehydrator must have proper ground connection, to reduces the risk of electrical shock, electrocution, and fires caused by unexpected voltage spikes or short circuits.
Doc #: 10000036989 Ver A 2. PRODUCT INTRODUCTION 2.1 Product Description The KD20 and KD70 Series Automatic Air Dehydrators are designed to provide a source of dry, pressurized air by removing moisture from the ambient air. The unit performs this process automatically with minimal maintenance requirements.
Page 6
Doc #: 10000036989 Ver A Method Gas Outlet 2 Outlet, Screw-on quick fit for 3/8” OD 4 Outlet, Screw-on quick fit for 3/8” OD tube tube Noise Level <65dB at 1m Operation -25⁰C to +65⁰C (-13⁰F to 149⁰F), ≤95% Humidity Conditions Product H x L x D: 3.5x19x17.1inches...
Doc #: 10000036989 Ver A 3. INSTALLATION STEPS 3.1 Installation Location The Dehydrator KD20 Series is versatile in its placement options, designed to use on a desktop, on a standard 19" rack using the supplied mounting brackets. KD70 Series is designed for desktop placement only.
Doc #: 10000036989 Ver A Leave the power switch on the dehydrator in the OFF position. Connect the unit to the appropriate power source using the power cord provided. Loosen the lock nut on one of the gas outlets and remove the cap. Switch on the power to activate the dehydrator and let it run for 3-5 minutes with nothing attached to the dry air outlet fitting.
Doc #: 10000036989 Ver A Place the dehydrator on a solid, level surface. Allow at least 2" clearance at the top for proper heat dissipation. Allow sufficient space at the rear for power cord and gas line connections. 3.4.2 Rack Installation The Dehydrator can be installed in a standard 19”...
Page 10
Doc #: 10000036989 Ver A 3.5 Installation Mode of KD70 Series The KD70/72 Series is specifically designed for tabletop placement only. Place the dehydrator on a solid, level surface. Allow at least 2" clearance at the top for proper heat dissipation. Allow sufficient space at the rear for power cord and gas line connections. 3.6 Connect to the Power Supply After installing the dehydrator, leave the power switch on the unit in the OFF position.
Page 11
Doc #: 10000036989 Ver A pressure limit setting. Press the “+Add” or “-Ded/Q” button on the front panel to increase or decrease the value. The adjustable range of the high-pressure limit is between 0.4 and 3 psi for the KD20 series and 0.4 to 7 psi for the KD70 series.
Page 12
Doc #: 10000036989 Ver A 3.7.4 Unit ID From the push button tone setting interface, press the "Set" button to enter the Unit ID setting interface. The display will show "IXXX" where XXX is the current unit ID number. Press the “+Add/P”...
Page 13
Doc #: 10000036989 Ver A Step 1: Unlock the lock nut, and unplug the sealing cap. Step 2: Put the lock nut on the PU tube, and connect the tube to the port. Step 3: Lock the lock nut, and installation is complete. Note: Pictures for reference only 3.8.2 Connect the Tubing to the System Connect the other end of the tubing to the site distribution system or to the inlets to be...
Page 14
Doc #: 10000036989 Ver A [Caution] Please wrap the threads of the gas adapter with Teflon tape before screwing it into the port. After connecting, please check the air tightness strictly. Step 1: Unplug the sealing plug. Sealing plug Step 2: Unscrew the lock nut of the nozzle in the accessory package, wrap the threads of part A with...
Doc #: 10000036989 Ver A If the purge is left to the dehydrator's normal operation, the process may take days, weeks, or longer depending on the dehydrator's installed options, system size, moisture levels, and other variables. Humidity alarms may occur until the moisture is purged from the system. Use the following steps to purge the system.
Doc #: 10000036989 Ver A To control the cylinder regeneration, the dehydrator employs a micro-processor. First, the drying cylinder is heated to convert the moisture absorbed by the desiccant into steam. After heating for 1.5 hours, the dehydrator purges for 5 minutes to release the vapor. This evaporation and purging process is repeated once more.
Page 17
Doc #: 10000036989 Ver A 4.3 Control Buttons On the front panel, you will find four control buttons: +Add/P, -Dec/Q, Set, and Leak Detection. 4.3.1 +Add/P Button The "+Add/P" button is utilized to increase the value in the pressure (H XX and L XX) and unit ID (IXXX) setting interface, or switch the value in the Push Button Tone (on/off) setting interface.
Doc #: 10000036989 Ver A Table of alarm codes and descriptions Display Alarm type Dew point alarm Low-pressure alarm Dew point & Low-pressure alarm Excess run alarm Dew point & Excess run alarm Low-pressure & Excess run alarm Dew point & Low-pressure & Excess run alarm High-pressure alarm High-pressure &...
Page 19
Doc #: 10000036989 Ver A 4.4.5 Excess-Run Alarm The dehydrator will show an alarm if it runs continuously for 30 minutes without reaching the high-pressure limit. A leak is the main cause of this alarm. In this situation, the dehydrator will not stop until it reaches the high-pressure limit or runs continuously for 60 minutes.
Page 20
Doc #: 10000036989 Ver A 4.5.3 Number of Inflating: cXXX At the “P XX” interface, press the “-Ded/Q” button four times. The display window shows “c XXX” where “XXX” represents the total number of inflations by the dehydrator. The maximum value is 255 and the counter resets after 255.
Doc #: 10000036989 Ver A 4.5.6 Regenerating State: C XX At the “P XX” interface, press the “-Ded/Q” button seven times. The dehydrator’s regenerating state code will be displayed as “C XX”. You can find the description of the dehydrator regenerating state to each code in the table below.
Page 22
Doc #: 10000036989 Ver A Attention: Make sure the power is turned off before starting this cleaning process. Gently open the panel. Be careful not to harm the cable connection when opening the dehydrator for inspection or cleaning. Step 1: Open the top panel of the dehydrator. Locate the white air inlet. Step 2: While pressing the blue ring backward, gently pull the white air inlet filter out of the fitting.
Page 23
Doc #: 10000036989 Ver A Step 4: Ensure that the filter is securely inserted into the fitting until it firmly locks into the position. Reinstall the panel. 5.1.2 8,000 Hours Maintenance To ensure the continuous and efficient operation of the dehydrator and to prevent dust from blocking the solenoid valve, it is recommended to perform the maintenance of the solenoid valves after every 8,000 hours of service time.
Doc #: 10000036989 Ver A Step 4: Remove the dust from the plunger and the valve body with high-pressure air. If there is rust, wipe it with alcohol. Clear all 3 valves. Step 5: Install the solenoid valve back in place. Connect the tube according to the signage stickers. Step 6: Check the installation position of the tubes again, do not misconnect.
Page 25
Doc #: 10000036989 Ver A Step 1: Remove the fuse box by rotating it counterclockwise. Step 2: Peel off the protective layer outside the fuse tube in the accessories Step 3: Insert the new fuse into the fuse box. Step 4: Screw the fuse box into the panel clockwise to complete the replacement.
Page 26
Doc #: 10000036989 Ver A 5.2.2 Display Pressure Is Always At 0 Or Stays at A Very Low-Pressure Value Possible Cause Check Solution Leak in the dehydrator Feel the air flow from the If there is no airflow from the dehydrator outlets by hand, block outlet, the dehydrator is not the outlets and see the pressure...
Doc #: 10000036989 Ver A switched on and begins operating for the first time. The dehydrator operates in Environmental temperature and Make sure the dehydrator operates an extreme environment humidity in an environment that meets the requirements The dew point of output air Using a dew-point meter Contact the after-sale service.
Page 28
Doc #: 10000036989 Ver A The Ethernet interface's default IP address is 192.168.8.10, with a subnet mask of 255.255.255.0 and a gateway of 192.168.8.1. To ensure that the dehydrator is in the same management network, users have the option to modify the IP address of the Ethernet interface. 6.2.2 Wi-Fi Interface The dehydrator is equipped with a built-in Wi-Fi module that enables users to connect to the unit wirelessly using their smartphones or computers.
Page 29
Doc #: 10000036989 Ver A 3)From the drop-down menu, select "tcpserver". Enter the desired "LocalPort" number (between 2000 and 65535) for communication. 4)Finally, click on the "Save" button to apply the settings. See the example configuration in the figure below, with a port number of "8000". 6.3.3 TCP Client To configure the TCP client mode, follow these steps: 1)Go to the left menu and click on "SocketConfig".
Page 30
Doc #: 10000036989 Ver A 3)From the drop-down menu, select “udp”. Enter the “LocalPort” number, “TargetHostIP” address and “TargetHostPort” number. Make sure the port number is within the range of 2000 and 65535. 4)Click on the "Save" button. “LocalPort” is the port the dehydrator used to communicate with the network management system. “TargetHostIP”...
Doc #: 10000036989 Ver A 6.3.6 SNMP If the network management system uses SNMP (Simple Network Management Protocol), the dehydrator needs to be setup according to these steps: 1)Go to the left menu and click on “SnmpConfig”. 2)In the main window, click on the “SnmpConfig” tab. 3)Enter the SNMP server’s IP address at “IP1”.
Page 32
Doc #: 10000036989 Ver A software requires a SNMP definition and configuration file (MIB file). The MIB file for KD dehydrators can be found on the provided USB drive. With SNMP management, you can monitor various aspects of the dehydrator such as current pressure, operation status, operation count, and alarm codes.
Page 33
Doc #: 10000036989 Ver A Dew point & Low-pressure & Excess Numeric 112 run alarm Low-pressure & Excess run alarm Numeric 96 Dew point & Excess run alarm Numeric 80 Excess run alarm Numeric 64 Dew point & Low-pressure alarm Numeric 48 Low-pressure alarm Numeric 32...
Page 34
Doc #: 10000036989 Ver A 7.4.2 Network Connectivity Test Use the “ping” command to test the network. The steps are as follows. 1)Use the “Win+R” shortcut to display the “Run” command box. 2)Type in “cmd” in the open dialog box. 3)Click “OK”.
Doc #: 10000036989 Ver A NOTE: If the test fails, return to the previous step to check whether the settings are correct. 7.4.3 Configure Network Parameters 1) Open the browser, type in 192.168.8.10. 2) Set up the IP address according to steps 1 to 4 below. 7.4.4 Instruction of the MIB Browser.
Page 36
Doc #: 10000036989 Ver A 4) Set the proxy IP address (Dehydrator’s IP address) according steps 1 to 5 shown below. Page 33 of 37...
Page 37
Doc #: 10000036989 Ver A 7.4.4.2 Two Types of OIDs (Object Identifier) 1) Read-only OID (GET OID) Read-only OID has a green leaf icon as shown below. 2) Read-write ODI (GET SET OID) The icon for this kind of OID is a pen, as shown below. Page 34 of 37...
Page 38
Doc #: 10000036989 Ver A 7.4.4.3 MIB Tree Menu The MIB tree menu is presented in the figure below. To expand lower levels, simply click on the "+" next to the folder's name. All management tasks related to dehydrators are performed within the "DTUGeneral"...
Page 39
Doc #: 10000036989 Ver A 2) Configuration of the high-pressure limit as shown below: ① Select the pressure parameters, then right-click and select “Set”. ②Fill in the pressure value from 0.4-14, Click “OK”. Attention: KD20 series input from 0.4 to 3 and KD70 from 0.4 to 7. A success page is displayed if the range is exceeded, but no command is executed.
Doc #: 10000036989 Ver A 8. TRANSMISSION LINE VOLUMES Commscope/Andrew Elliptical Waveguide volumes: The tables below contain estimated volume per linear unit for the most common transmission Waveguide Liters per Cubic foot per Type meter (l/m) foot (ft /ft) lines. EW17 6.60 0.0710...
Need help?
Do you have a question about the RFS Technologies KD20 and is the answer not in the manual?
Questions and answers