1. The MML client should communicate properly with the BSC.
2. The BSC should communicate properly with the BTS.
3. The power module should be in position and run normally.
4. The BTS is configured with the PMU or other boards that can perform the similar function.
| ID | Name | Description |
|---|---|---|
| IDXTYPE | Index Type | Meaning: how to specify a BTS Value range: BYNAME(By Name), BYIDX(By Index) Explanation: This parameter determines whether to specify a BTS by its name or index. Default value: None |
| BTSIDX | BTS Index | Meaning: BTS index Value range: 0-2047 Explanation: 1. This parameter specifies the number of a BTS. Each BTS is numbered uniquely in a BSC. 2. This parameter is mandatory if Index Type is set to BYIDX(By Index). Default value: None |
| BTSNAME | BTS Name | Meaning: BTS name Value range: 1-32 characters Explanation: 1. This parameter specifies the name of the target BTS. Each BTS is named uniquely in a BSC. 2. This parameter is mandatory if Index Type is set to BYNAME(By Name). Default value: None |
| SRN | Subrack No. | Meaning: subrack number of the board Value range: 0-53 Explanation: This parameter specifies the number of the subrack where a BTS board is located. The subrack number is unique in a site. Default value: None |
| SN | Slot No. | Meaning: slot number of the board Value range: 0-23 Explanation: This parameter specifies the number of the slot in which a BTS board is located. Default value: None |
Query the parameters of the power module (Index Type = BYIDX(By Index); BTS Index = 7):
DSP BTSPWR: IDXTYPE=BYIDX, BTSIDX=7;
The result is as follows:
+++ HUAWEI 2008-02-14 16:46:39
O&M #605890
%%DSP BTSPWR: IDXTYPE=BYIDX, BTSIDX=7;%%
RETCODE = 0 Operation succeeded
DSP BTSPWR Result
-----------------
Subrack No. = 2
Slot No. = 2
Control Status = Automatic Controlled by the secondary node(PMU) itself
Battery Charging Status = Float charging
Load Power On/Off Control = Power-On
Battery Power-On/Power-Off Control = Power-On
Battery Power-On/Power-Off Control = Switch on
Boost Charging Voltage [V] = 56.50
Float Charging Voltage [V] = 53.50
Load Power-Off Permission Status = Prohibited
Battery Power-Off Permission Status = Permitted
DC Bus Voltage for Load Power-Off [V] = 44.00
DC Bus Voltage for Battery Power-Off [V] = 46.00
(Number of results = 1)
--- END
| Domain Name | Description |
|---|---|
| Subrack No. | Number of the subrack in which the PMU is positioned |
| Slot No. | Number of the slot in which the PMU is positioned |
| Control Status | Value range: Controlled by the primary node (remote control system), Automatic Controlled by the secondary node(PMU) itself, NULL |
| Battery Charging Status | Value range: Boost charging, Float charging, NULL |
| Load Power On/Off Control | Value range: Power-On, Power-Off, NULL |
| Battery Power-On/Power-Off Control | Value range: Power-On, Power-Off, NULL |
| PSU Switch On/Off Command | Value range: Switch on, Switch off, NULL |
| Boost Charging Voltage [V] | Boost charge voltage |
| Float Charging Voltage [V] | Floating charge voltage |
| Load Power-Off Permission Status | Value range: Permitted, Prohibited, NULL |
| Battery Power-Off Permission Status | Value range: Permitted, Prohibited, NULL |
| DC Bus Voltage for Load Power-Off [V] | Load power-off voltage |
| DC Bus Voltage for Battery Power-Off [V] | Battery power-off voltage |