t-pr = pr, pru = m, t-u = h-m). The controller’s separate step-time method uses different settings and is not generated here. The starting PV is assumed for the graph and cannot be forced by a leading ramp.Ramp = SP + whole-number slope (profile units/min). Soak = hold existing SP for a duration. Step = immediate setpoint jump (zero programmed time). To wait for the actual temperature before the next segment, verify controller-wide wt-b is enabled in Adjustment Level. It affects all segments/programmes; this website cannot change it.
Builder values live only in this browser. The entry sheet includes the planned in-t and the separate prg RUN selection; no browser action writes to the physical Omron.
The virtual keypad is a Type K input-6 training subset; it cannot emulate all sensor and option hardware.
Buttons match the symbol positions on your actual panel. Choose HOLD for a long press; otherwise a tap is short.
Virtual programme values are automatically kept in this browser, even after page reload. The Power-cycle button resets the virtual operating state (for p-on = rst) while retaining programme memory and prg. This is an offline simulation of the configured restart state, not a test of actual heater outputs or power-restoration protection. LEVEL moves Operation → Programme → Adjustment → PID → Operation. Hold LEVEL from Operation to enter Initial Settings and from Initial Settings to return. MODE scrolls displayed parameters, or previous parameter when held. Some real parameters are omitted, so never learn a fixed number of MODE presses from this simulator.
Virtual only: from r-r = rst, press DOWN to request RUN; UP leaves RESET unchanged. Virtual time advances with +1/+5 min buttons; PV remains at its assumed starting temperature. The RST lamp is virtual; OUT1/OUT2 are deliberately not simulated. The indicators are not measurements of heater current.
Use LEVEL, MODE and UP/DOWN to enter the displayed programme. At d.seg, choose a numbered segment; at d.seg = end, review programme-wide settings. This is a simplified Type K training interface.
Load is a shortcut to populate virtual memory for practice; it does not represent physically programming the device. To practise accurately, instead enter every value with LEVEL, MODE, UP/DOWN and PF, then select prg in Operation Level. Follow the step-by-step procedure ↗
t-pr = pr, pru = m, t-u = h-m, p-on = rst, eset = rst in Initial Level, and spmd = psp in Adjustment Level.d.prg: choose an editing slot. MODE → s-no → d.seg; for each ramp enter styp, sp, pr; for a soak enter styp, time.d.seg = end. Check programme-wide pid, rpt = 0, link = end. There is no separate physical Save key: confirm the stored values by returning to the menu and power-cycling.prg select the programme to run; check pgsg and r-r = rst. The RUN programme can differ from the d.prg editing slot.prg (RUN memory), pgsg (programme/segment) and r-r (RUN/RESET). Explore the full MODE sequence →The virtual keypad supports programme-entry practice and simplified +1/+5 min timing. It does not simulate real outputs, alarms, autotuning or every firmware-specific menu. For the full menu tree see the Omron atlas; for controller bench observations see the engineering record.
Omron H185 manual ↗