Delta CP2000 Series User Manual

Chapter 11 Summary of Parameter SettingsCP2000
11-35
Pr. Parameter Name Setting Range Default
DeviceNet speed
1:
Non-standard DeviceNet
In this mode, the baud rate of DeviceNet
can be the same as CANopen (0–8).
 09-75
Communication card IP configuration
(for Modbus TCP)
0: Static IP
1: Dynamic IP (DHCP)
0
 09-76
Communication card IP address 1
(for Modbus TCP)
0–65535 0
 09-77
Communication card IP address 2
(for Modbus TCP)
0–65535 0
 09-78
Communication card IP address 3
(for Modbus TCP)
0–65535 0
 09-79
Communication card IP address 4
(for Modbus TCP)
0–65535 0
 09-80
Communication card address mask 1
(for Modbus TCP)
0–65535
0
 09-81
Communication card address mask 2
(for Modbus TCP)
0–65535 0
 09-82
Communication card address mask 3
(for Modbus TCP)
0–65535 0
 09-83
Communication card address mask 4
(for Modbus TCP)
0–65535 0
 09-84
Communication card gateway address 1
(for Modbus TCP)
0–65535 0
 09-85
Communication card gateway address 2
(for Modbus TCP)
0–65535 0
 09-86
Communication card gateway address 3
(for Modbus TCP)
0–65535 0
 09-87
Communication card gateway address 4
(for Modbus TCP)
0–65535 0
 09-88
Communication card password
(Low word) (for Modbus TCP)
0–99 0
 09-89
Communication card password
(High word) (for Modbus TCP)
0–99 0
 09-90
Reset communication card
(for Modbus TCP)
0: Disable
1: Reset, return to default
0
 09-91
Additional settings for the communication
card (for Modbus TCP)
bit0: Enable IP filter
bit1: Enable internet parameters (1 bit).
When IP address is set, this bit is
enabled. After updating the
communication card parameters, this bit
changes to disabled.
bit2: Enable login password (1 bit).
When you enter the login password, this
bit is enabled. After updating the
communication card parameters, this bit
changes to disabled.
0

Delta CP2000 Series Specifications

General

Output Voltage	0 ~ Input Voltage
Communication Interface	RS-485
Storage Temperature	-20°C to 60°C
Input Voltage	200-240V AC, 380-480V AC
Protection Functions	Overcurrent, Overvoltage, Undervoltage, Overtemperature, Short Circuit