TRS GEM Manual for Intel Ver 1.1.pdf - 第43页

GEM Manual for DEK P rinters Capabilities Issue 1.1 March 20th, 2014 Page 43 of 152 Page 43 of 152 < -- S6F11 Operator rea ds first m essage and p resses Accept button. [IF] Acknow ledge Ter m inal Message event enabl…

GEM Manual for DEK Printers Capabilities

Issue 1.1 March 20th, 2014 Page 42 of 152 Page 42 of 152

Scenarios:

Host sends message to equipment display:

Comments

Host

Equipment

Comments

Host sends text for display

S10F3 -->

<-- S10F4

Acknowledge sent and text displayed.

Operator reads message and presses button

<-- S6F11

[IF] Acknowledge Terminal Message event

enabled [THEN] send event report

Host acknowledges event.

S6F12 -->

Host sends message to equipment display and queue behind last message:

Comments

Host

Equipment

Comments

Host sends single line text for display

S10F3 -->

<-- S10F4

Acknowledge sent and text displayed.

Host sends single line text for display

that is overwritten.

S10F3 -->

<-- S10F4

Acknowledge sent and text displayed.

<-- S6F11

Operator reads first message and presses Accept

button.

[IF] Acknowledge Terminal Message event

enabled [THEN] send event report.

Second message will be displayed.

Operator reads second message and presses

Accept button

[IF] Acknowledge Terminal Message event

enabled [THEN] send event report.

Host acknowledges event.

S6F12 -->

Host sends multiple lines message to equipment display:

Comments

Host

Equipment

Comments

Host sends multiple text for display

S10F5 -->

<-- S10F6

Acknowledge sent and text displayed.

[IF] text page contains more lines then page size

[THEN] Up/Down key will be available to scroll

through message.

Operator reads message and presses Accept

button.

<-- S6F11

[IF] Acknowledge Terminal Message event

enabled [THEN] send event report

Host acknowledges event.

S6F12 -->

Host sends multiple lines message to equipment to queue behind first message:

Comments

Host

Equipment

Comments

Host sends multiple lines text for

display

S10F5 -->

<-- S10F6

Acknowledge sent and text displayed.

[IF] text page contains more lines then page size

[THEN] Up/Down key will be available to scroll

through message.

Host sends multiple lines text for

display that will be queued.

S10F5 -->

<-- S10F6

Acknowledge sent.

See section 7-6 Acknowledge Terminal Message Event.

GEM Manual for DEK Printers Capabilities

Issue 1.1 March 20th, 2014 Page 43 of 152 Page 43 of 152

<-- S6F11

Operator reads first message and presses Accept

button.

[IF] Acknowledge Terminal Message event

enabled [THEN] send event report.

Second message will be displayed.

[IF] text page contains more lines then page size

[THEN] Up/Down key will be available to scroll

through message.

Operator reads second message and presses

Accept button

[IF] Acknowledge Terminal Message event

enabled [THEN] send event report.

Host acknowledges event.

S6F12 -->

5.9 Error Messages

This capability provides reporting of communications link errors to the host. All of the stream 9

messages as define in SEMI standard E5 are supported. The message structures are included in

section 4.9.

5.10 Clock

The DEK printer maintains an internal, host viewable, clock that is used for event report time

stamps. In order to differentiate between near simultaneous events, the clock has a precision of

0.01 seconds. It is not guaranteed to be accurate to the same level.

Note that the host must use the set time message S2F31 to synchronise the equipment. This

message contains the TIME variable defined in the machine variables, which has a precision of

1 second when the 12 byte format is used. When the 16 byte format is used it has a precision of

0.01 of a second. The format that is in use depends on the value of variable TimeFormat.

Scenarios:

Host requests that the equipment time is set:

Comments

Host

Equipment

Comments

Set time TIME = Host time

S2F31 -->

Adjust equipment to host time offset.

<-- S2F32

Acknowledge new time.

Host requests equipment current time:

Comments

Host

Equipment

Comments

Time request

S2F17 -->

<-- S2F18

Value TIME = host offset time sent.

GEM Manual for DEK Printers Capabilities

Issue 1.1 March 20th, 2014 Page 44 of 152 Page 44 of 152

5.11 Limits Monitoring

The DEK printer is capable of monitoring limits on selected status variables and discrete variables.

These variables are identified in section 5.5. The printer provides seven configurable limits that may be

applied to each variable. When one of these limits is crossed a collection event is generated. The event

can be used to alert the host that the variable has crossed a limit.

5.11.1 Definitions

Limit - Used in this section to represent the set of variable limit attributes that completely describe a

variable monitoring "barrier." The attributes include VID, Units, UPPERDB, LOWERDB,

LIMITMAX, and LIMITMIN. In some contexts it may be interpreted more narrowly as the

combination of UPPERDB and LOWERDB.

LIMITIDn - Refers to the identifier of a specific limit (as defined by UPPERDB and LOWERDB)

among the set of limits for a monitored equipment variable. LIMITIDs are consecutively numbered,

beginning at one through the number of limits possible (seven minimum).

Monitoring Zone - A subset of the possible range of values for a variable of interest to the host. A

single limit divides the range into two zones. Multiple limits may be combined to divide the range even

further.

Zone Transition - The movement of a variable value from one monitoring zone to another. This

transition is a collection event and has a corresponding CEID.

Deadband - An overlap of two zones implemented to prevent constant zone transitions by a variable

sitting on or near a limit (i.e. "chattering").

UPPERDB - A variable limit attribute that defines the upper boundary of the deadband of a limit. The

value applies to a single limit (LIMITID) for a specified VID. Thus, UPPERDB and LOWERDB as a

pair define a limit.

LOWERDB - A variable limit attribute that defines the lower boundary of the deadband of a limit.

The value applies to a single limit (LIMITID) for a specified VID. Thus, UPPERDB and LOWERDB

as a pair define a limit.

UPPER ZONE - The range of values lying above a limit.

LOWER ZONE - The range of values lying below a limit.

LIMITMAX - The maximum value for any limits of a specific equipment variable. This value is set

by the equipment manufacturer and typically coincides with the maximum value allowed for the

monitored variable.