Studer VarioString VS-120, Руководство пользователя

Страница: 45 / 64

Studer Innotec SA
VarioString
User manual V 2.3 45
The contact can also be deactivated when the battery has reached the floating phase.
 Battery voltage 1 activated {14091} {14143} (no)
 Battery voltage 1 {14092} {14144} (46.8 Vdc)
 Delay 1 {14093} {14145} (1 min)
 Battery voltage 2 activated {14094} {14146} (no)
 Battery voltage 2 {14095} {14147} (47.8 Vdc)
 Delay 2 {14096} {14148} (10 min)
 Battery voltage 3 activated {14097} {14149} (no)
 Battery voltage 3 {14098} {14150} (48.5 Vdc)
 Delay 3 {14099} {14141} (60 min)
 Battery voltage to deactivate the auxiliary contact {14100} {14152} (54 Vdc)
 Delay to deactivate {14101} {14153} (60 min)
 Deactivate if battery in floating phase {14102} {14154} (no)
9.4.7.7 Contacts activated by the battery temperature {14103} {14155}
You can activate an auxiliary contact according to the battery temperature. This function is
available with the battery temperature sensor BTS-01 or with the battery status processor BSP. Two
distinct levels allow the contact to switch “ON” and “OFF” at different temperatures.
 Contact activated with the battery temperature {14104} {14156} (no)
 Activation temperature for the auxiliary contact {14105} {14157} (3°C)
 Deactivation temperature for the auxiliary contact {14106} {14158} (5°C)
9.4.7.8 Contacts activated on the battery's state of charge (SOC) {14108} {14160} (only available
in the presence of a BSP)
You can activate the auxiliary contacts according to the state of charge of the battery (SOC). If the
SOC falls below the set level, the contact will be activated. A time period can be associated with the
SOC level to stipulate that the battery must be below the set level a certain time before the contact is
activated. Three voltage limits with associated delay periods are available for programming.
The contact is deactivated when the battery’s SOC rise above the pre-set level which can also be
associated with a time period.
The contact may also be deactivated when the battery reaches the floating phase.
 Contact activated at SOC 1 {14109} {14161} (no)
 Contact activated below SOC 1 {14110} {14162} (50% SOC)
 Delay 1 {14111} {14163} (12 h)
 Contact activated at SOC 2 {14112} {14164} (no)
 Contact activated below SOC 2 {14113} {14165} (30%)
 Delay 2 {14114} {14166} (0.2 h)
 Contact activated at SOC 3 {14115} {14167} (no)
 Contact activated below SOC 3 {14116} {14168} (20%)
 Delay 3 {14117} {14169} (0 h)
 Contact deactivated below SOC {14118} {14170} (90% SOC)
 Deactivation time {14119} {14171} (0.2 h)
 Deactivation if the battery is in floating phase {14120} {14172} (no)
9.4.7.9 Reset all settings {14121} {14173}
This parameter is used to cancel all the programming that has been made on the corresponding
auxiliary contact. Once this parameter is executed, the auxiliary contact will not activate.
Caution, this parameter cannot be cancelled.
Use this parameter before programming any functions in the auxiliary contact. This way,
you are sure that you begin programming without any previous programming that will
activate the contact involuntarily.