Danfoss ERC213 Parameters Review (Podcast)

(Audio Only) (Timestamps Included in the Description) In today's podcast episode, Jonathan Romberg comes on to discuss how the Danfoss ERC213 works and reviews its parameters with us.
Timestamps:
Danfoss ERC 213
10:30 - Key Features
- 10:41 - Voltage Protection
- 10:56 - Compressor Protection
14:43 - Applications
- 15:15 - App 0 No predefined application
- 15:28 - App 1 Medium temperature ventilated refrigeration units with timed natural defrost
- 15:52 - App 2 Medium temperature ventilated refrigeration units with timed electrical defrost
- 16:03 - App 3 Low temperature ventilated refrigeration units with timed electrical defrost
- 16:13 - App 4 Medium temperature ventilated refrigeration units with electrical defrost (by temperature)
- 16:26 - App 5 Low temperature ventilated refrigeration units with electrical defrost (by temperature)
- 16:37 - App 6 No predefined application with simplified list of parameters
19:45 - Sensors
22:06 - Basic Groups of Parameters
23:09 - r-- Thermostat
- 23:12 - r00 Temperature setpoint
- 23:24 - r01 Differential
- 23:32 - r02 Min setpoint limitation and r03 Max setpoint limitation
- 24:02 - r04 Display offset
- 25:19 - r05 Display Unit (°C/°F)
- 25:33 - r09 Calibration of Sair
- 25:47 - r12 Main switch
- 27:17 - r13 Night set back
- 27:48 - r40 Thermostat reference displacement (offset temperature)
- 28:30 - r96 Pull-down duration and r97 Pull-down limit temperature
29:06 - A-- Alarms
- 29:13 - A03 Delay for temperature alarm during normal conditions
- 30:15 - A12 Delay for temperature alarm during pull-down/start-up/defrost
- 31:00 - A13 High temperature alarm limit (Cabinet/Room)
- 31:34 - A14 Low temperature alarm limit
- 31:55 - A27 DI1 delay and A28 DI2 delay
- 32:17 - A37 Condenser high alarm limit
- 32:41 - A54 Condenser high block limit
- 33:45 - A72 Voltage protection enable
- 34:03 - A73 Minimum cut-in voltage and A74 Minimum cut-out voltage
- 35:04 - A75 Maximum Voltage
37:37 - d-- Defrost
- 37:49 - d01 Defrost method
- 38:32 - d02 Defrost stop temperature
- 38:50 - d10 Defrost stop sensor
- 40:51 - d03 Defrost interval
- 41:16 - d04 Max defrost time
- 43:38 - d05 Defrost delay at power up (or DI signal)
- 44:29 - d06 Drip delay
- 44:49 - d07 Fan delay after defrost
- 45:49 - d08 Fan start temperature after defrost
- 47:21 - d09 Fan during defrost
- 47:40 - d10 Defrost stop sensor (part II)
- 48:16 - d18 Compressor accumulated runtime to start defrost
- 50:04 - d19 Defrost on demand
- 53:26 - d30 Defrost delay after pull-down
53:53 - F-- Fan control
- 54:03 - F01 Fan at compressor cutout
- 55:00 - F04 Fan stop evaporator temperature
- 55:51 - F07 Fan ON cycle and F08 Fan OFF cycle
56:28 - c-- Compressor
- 56:37 - c01 Compressor minimum ON time
- 56:47 - c02 Compressor minimum OFF time
- 57:01 - c04 Compressor OFF delay at door open
- 57:51 - c70 Zero crossing selection
58:22 - o-- Others
- 58:37 - o01 Delay of outputs at startup
- 59:11 - o02 DI1 configuration
- 1:01:36 - o05 Password
- 1:02:08 - o06 Sensor type selection
- 1:02:27 - 015 Display resolution
- 1:03:31 - o23 Relay 1 counter, o24 Relay 2 counter and 025 o24 Relay 3 counter
- 1:04:13 - o37 DI2 configuration
- 1:04:52 - o61 DI2 configuration
- 1:05:07 - o67 Save settings as factory
- 1:05:39 - o71 DO2 config
- 1:06:23 - o91 Display at defrost
1:07:04 - P-- Polarity
- 1:07:06 - P73 DI1 input polarity and P74 DI2 input polarity
- 1:07:32 - P75 Invert alarm relay
- 1:07:59 - P76 Keyboard lock enable
1:08:21 - u-Readouts
- 1:08:30 - u00 Controller Status
- 1:09:37 - u01 Air temperature (Sair)
- 1:10:12 - u58 Compressor relay status, u59 Fan relay status, u60 Defrost relay status, and u63 Light relay status
Read all the tech tips, take the quizzes, and find our handy calculators at www.hvacrschoo...