Software Functions and Setup

Segment indicator

The module is used as a simple status indicator when segment mode is selected.The main LEDs are divided into segments. The number of the segments are configurable. The LEDs are distributed evenly by default among the segments, but the user has the flexibility to overwrite the default configuration, resulting different size for each segments. Each segment can have up to two colors (Color A, Color B) and an animation pattern. E.g.: if the color A is set to green, color B is to red and animation is set to blinking –> Segment will blink between green and red. If color B is off, keeping all the previous settings by the others –> Segment will blink with a single green color.

Device Variant

Possible number of segments

BNI IOL-810-205-K03x

1, 2, 4

BNI IOL-811-205-K03x

1, 2, 3, 4

BNI IOL-812-205-K03x

1, 2, 3, 4, 5, 6

Segment mode example

Segment mode example

Note

The segments are always counted from the connector side. The orange is the segment 1 and the yellow is the segment 2 on the last example.

Level indicator

Level mode can be used to realize an analog output by means of a stacklight. In this case a level value can be displayed. The higher value the module becomes, the more LEDs will be switched on. This mode can be used as a level indicator, for example to indicate a fluid level in a tank. The number of the LEDs switched on depends on the input level.

The level display can be selected to be bottom-up or top-down. In the bottom-up mode the level indicator increases from the bottom of the module. In the top-down mode the indicator increases from the top of the module.

Although there are no real segments in the level mode, because the LEDs are controlled by the input level, the LEDs are divided into virtual segments These virtual segments can have their own color. The color of these segments can be configured. So it can be realized, that the level meter can have more colors (up to the maximum number of the segments).

Some or all colors can be set as dominant color. This means, when the input level is high enough to switch on the next LED and this LED is in another virtual segment, the LEDs, which are under the actual LED, take over the color of the actual LED. In this case, as the input level increases, the color of the full LED bar can be changed.

Level mode example

Level mode example

Level mode example with dominance

Level mode example with dominance

Runlight indicator

In the runlight mode, the complete module displays a running light effect. In this case all of the LEDs are working as one runlight effect. The color, speed and size of the running segment and the background color can be configured.

Runlight mode example

Runlight mode example

Flexible mode

Each LED level can be configured individually in the flexible mode. It has the flexibility to have different colors for each LED level, but there is no animations implemented for this mode. Each LED level can be activated/deactivated separately. The active color and inactive color is configurable.

Note

The LED levels are always counted from the connector side. When the SmartLight is mounted vertically and the connector is downside. The first LED level will be the lowest.

Ultimate mode

The Ultimate mode is similar to the flexible mode. It is a mixture of a segment mode and the flexible mode. The customer will have the flexibility to configure each LED level as needed, but animations are also available, to have as many signalizations as possible.

Animation patterns

There are many type of animation patterns which can be used for segment mode, ultimate mode and also for the strobe light functionality. Not every pattern will be available for all of these modes.

Blinking

The blink animation pattern is a standard blinking with 50% duty cycle.

The dynamic blink animation pattern is similar to the standard blink pattern, but it has smoother transition switching from Color A to Color B. Although this pattern can be used for two colors, as all of the other patterns, the intended use of this animation pattern is to have Color B switched off. In this case, the blinking will be a single On - Off blinking, but with a smooth switch on effect.

Single strobe

A single strobe signal is a blinking signal as well, but there is only a short impulse with Color A at the beginning of the blinking cycle, the rest of the cycle will have color B.

Animation timing for single strobe pattern

Animation timing for single strobe pattern

Double strobe

There are two 40 ms pulses with Color A, the rest of the period has Color B.

Animation timing for double strobe pattern

Animation timing for double strobe pattern

Triple strobe

There are three 40 ms pulses with Color A, the rest of the period has Color B.

Animation timing for triple strobe pattern

Animation timing for triple strobe pattern

Revolving

The revolving animation pattern looks the same as the run light indicator mode, but the effect will be displayed not on the whole SmartLight but only on one segment.

Rotating beacon

A rotating beacon is an animation pattern in which the SmartLight emulates a light rotating around a vertical axis.

Rotating beacon pattern

Rotating beacon pattern

The SmartLight can have 3 different custom blink patterns, where the customer can configure the pattern from sample to sample.

Animation timing for custom pattern

Animation timing for custom pattern

Buzzer functionality

Product variants BNI IOL-81x-205-K037 have built in buzzer for acoustic signaling. Different sound patterns can be generated with configurable frequency and sound pressure level.

Buzzer sound patterns

Constant tone

A tone with a defined frequency will be generated while the buzzer is switched on. The frequency of the tone is configurable.

Constant tone sound pattern

Constant tone sound pattern

Pulse tone

The pulse tone is a periodic pattern. The buzzer will be switched on for a configurable time with a configurable frequency. After that the buzzer will be switched off for a configurable time.

Pulse tone sound pattern

Pulse tone sound pattern

Alternating pulse tone

The alternating pulse tone is a periodic pattern as well, but the buzzer won’t be switched off in the second part of the cycle as in case of pulse pattern, but will have another configurable frequency.

Alternating pulse tone sound pattern

Alternating pulse tone sound pattern

Wobble

The buzzer frequency will be modulated with a sine wave resulting a sound like a siren. The limit frequencies and the modulation frequency is configurable.

Wobble sound pattern

Wobble sound pattern

Sweep

The frequency of the sound will be swept between two frequency back and forth. The frequencies and the timings are configurable.

Sweep sound pattern

Sweep sound pattern

Custom Pattern

The custom sound pattern is a pulsed (intermittent) sound pattern in which the pulsing behavior can be configured.

Note

Currently, only the pattern can be modified. The tone itself remains set at a fixed frequency.

Custom tone sound pattern

Custom tone sound pattern

Strobe light functionality

An extra bright white color signal indicator is available for product variants BNI IOL-81x-205-K037. The strobe light functionality can signalize different light impulses, with configurable speed and brightness.

Animation

Meaning

Single Strobe

Device performs a single flash in the configured dutycycle/animation speed

Double Strobe

Device performs a double flash in the configured dutycycle/animation speed

Tripple Strobe

Device performs a tripple flash in the configured dutycycle/animation speed

Demo mode

The SmartLight will start in Demo mode after the first start-up at the customer. The rich functionality of the SmartLight will be displayed. The Demo mode will automatically disappear at the second power up, but it can be activated again over IO-Link.

Mode

Meaning

Standard

Device Performs some of the available functions

Lava

To show the flexibility of the product and to enhance the mood in the living room, the SmartLight features a Demo Mode simulating a Lava Lamp.

Synchronization

The functions (animations, strobe light and buzzer) of several Balluff SmartLights can be synchronized in synchronization mode. This functionality may be useful, in case more SmartLights are displaying the same dynamic effect (animation, strobe light, buzzer). Without synchronization, two SmartLight will signal such an effects at slightly different rates, causing uncoordinated visual or acoustic effect.

The synchronization is available only in IO-Link mode, and not available in SIO mode.

Note

For configuration information, see configuration guide at www.balluff.com on the product page.