BM1R16MV1

ANALOGUE TIMERS - DIN RAIL TIMERS

⚠️ Reference pricing provided. In case of supply shortages, we will connect you with our trusted procurement partners to ensure your project's continuity.

Manufacturer: CROUZET / PARTNER STOCK
Product type: Analogue Timers - DIN Rail
SVHC: To Be Advised

Delivery and price
Units per pack	3
Price	135.0 €
Current stock	50+
Lead time	30 days

Datasheet

## **BM1R** Timers Syrline 17.5 mm - 1 Relay 16A 

› Multi Multi ~~-~~ function or mono function or mono- ~~f -~~ function unction › Multi Multi. ~~-~~ range (12 function) range (12 function)eas › Multi Multi ~~-~~ voltage 12 →240 V AC/DC voltage 12 240 V AC/DC › LED status indicator (relay version) LED status eindicator° (relay version)° › Possibility of external load connection in parallel to the Possibilityvtrol input of external load connection in parallel to the control input › 3 co3 ~~-~~ n wire PNP sensor compatible wiretrol input PNP sensor compatible 

|Specifications|Specifications|||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Functions||Delay||Output|Nominal rating<br>Connections|||||Supply voltage|||Code|
|A - Ac - At - B - C - D - Di -||0,5 s →10 days|0,5 s →10 days|1 changeover relay|16 A|||Screw terminals||12 →240 V ∿/⎓|||BM1R16MV1|
|H - Ht -N - TL - Tt||||||||||||||
|||||||||||||||
|Output relay||||||||||||||
|Contact arrangement||||||1 CO (SPDT) (ChangeOver -Simple Pole Double Throw-)|||1 CO (SPDT) (ChangeOver -Simple Pole Double Throw-)|||1 CO (SPDT) (ChangeOver -Simple Pole Double Throw-)||
|Maximum switching voltage||||||250 VAC/ 16 A resistive  /   250 VDC / 0.3 A resistive|||250 VAC/ 16 A resistive  /   250 VDC / 0.3 A resistive|||||
|Switching current rate (resistive)||||||NO / NC: 16 A 250 V AC / 16 A 30 VDC @ 25°C|||NO / NC: 16 A 250 V AC / 16 A 30 VDC @ 25°C|||NO / NC: 16 A 250 V AC / 16 A 30 VDC @ 25°C||
|||||||NO / NC: 8 A 250 V AC / 8 A 30 VDC @ 60°C|||NO / NC: 8 A 250 V AC / 8 A 30 VDC @ 60°C|||||
|Minimum switching contact||||||10 mA / 5 VDC||||||||
|Maximum switching power (resistive)||||||4000 VA / 90 W @ 25°C||||||||
|Electrical life||||||30x103cycles (NO) at 250 VAC/ 16 A resistive||||||||
|Maximum rate (at max switching power)||||||360 cycles /hour||||||||
|Mechanical life||||||30 x 106cycles||||||||
|Rated impulse voltage||||||5 kV  (1.2/50µs)||||||||
|Dielectric strength between coil / contacts|||Dielectric strength between coil / contacts|||IEC 60664-1: 5 kV /1 min / 1 mA / 50 Hz||||||||
|Dielectric strength between open contacts|||Dielectric strength between open contacts|||1 kV /1 min / 1 mA / 50 Hz||||||||
|||||||||||||||
|Timing||||||||||||||
|Timing ranges (7 ranges)||||||0.5→10s, 0.05→1min, 0.5→10min, 0.05→1h, 0.5→10h, 0.05→1day,||||||||
|||||||0.5→10days||||||||
|Minimum pulse duration typically (relay version)|||Minimum pulse duration typically (relay version)|||IEC 1812-1: 30 ms / 100 ms with load||||||||
|Maximum reset time by de-energisation typically (relay version)||||||IEC 1812-1: 120 ms||||||||
|Repeatability||||||IEC 1812-1: ≤ ± 0,5 %||||||||
|Repetition accuracy with constant parameters||||||IEC 1812-1: ≤ ± 10 %||||||||
|Drift Temperature||||||≤ ± 0.05 % / °C||||||||
|Voltage-dependent drift||||||≤ ± 0.2 % / V||||||||
|||||||||||||||
|Supply||||||||||||||
|Multi-voltage power supply||||||12→240 V∿/⎓||||||||
|Operating range||||||15 %, +10 %||||||||
|Operating frequency (Hz)||||||50 / 60 Hz ± 5 %||||||||



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|Supply|Supply|
|---|---|
|Galvanic isolation|No|
|Max. absorbed power|Approx. 3 VA (V∿) 1.5 W (V⎓)|
|Immunity from micro power cuts|10 ms|
|||
|General characteristics||
|Insulation voltage, IEC 60664-1|300 V|
|Installation category (acc. to IEC/EN 60664-1)|Overvoltage category III ; pollution degree 2|
|Impulse voltage CEI/EN 60664-1|4 kV (1,2 / 50 µs)|
|Clearance / Creepage distances|IEC 60664-1: 3 mm / 3.2 mm|
|Breakdown voltage|EN-61812-1: 2,5 kV / 1 min / 1 mA / 50 Hz|
|Insulation resistance|NFC 93 050: > 500 MΩ / 250 V⎓ / 1min|
|Status indication|Un: green LED blinks when count, continuous ON when supplied<br>R: yellow LED continuous ON when the relay is ON|
|Casing|DIN 43880: 17,5 mm|
|Fixing: Symmetrical DIN rail|EN 50022: 35 mm|
|Mounting position|All positions|
|Housing material|Enclosure plastic type UL94 - V0|
|Protection (IEC/EN 60529)|Housing: IP40 / Terminal block: IP20|
|Terminal capacity Single-wire without ferrule|IEC 60947-1<br>1 x 0.5 →3.3 mm² (AWG 20 →AWG 12)<br>2 x 0.5 →1.5 mm² (AWG 20 →AWG 16)|
|Max. tightening torque (Nm)|IEC 60947-1: 0,5 N.m / 4,4 lbf.in|
|Operating temperature range (°C)|IEC 60068-2: -20 °C →+60 °C|
|Storage temperature range (°C)|IEC 60068-2: -40 °C →+70 °C|
|Relative humidity  no condensation acc. to IEC/EN 60068-2-30|93 % without condensation|
|Vibration resistance according to IEC/EN 60068-2-6|± 0.15 mm from 10 Hz →60 Hz 2g from 60 Hz →150 Hz|
|Impact resistance|IEC 60068-2-27<br>15gn - 11ms ; 3 x 6 axis (output OFF)<br>5gn - 11ms ; 3 x 6 axis (Output ON)|
|Drop to concrete floor|IEC 60068-2-32<br>High: 0.75m|
|Weight: casing 17,5 mm|70 g<br>80 g with packaging|
|Directives|2014/30/EU: EMC<br>2014/35/EU: low voltage|
|Certifications|CE - cULus  Listed Industrial Control Equipment - CCC|
|Conformity to standards|CEI 60664-1: Insulation coordination for equipment within low-voltage<br>systems<br>CEI 61812-1/ Specified time relays for industrial use<br>UL 60947-4-1/ Industrial Control Equipment (NRNT- Industrial Control<br>Switches)|
|Conformity with environmental directives|2015/863/UE: RoHS<br>1907/2006: Reach<br>2012/19/UE: WEEE|
|Electromagnetic compatibility IEC 61000-6-2, IEC 61000-6-3,<br>IEC 61000-6-4|Immunity for industrial environment<br>Emission residential environment<br>Emission industrial environment|
|Electromagnetic compatibility - Immunity to electrostatic discharges<br>acc to IEC/EN 61000-4-2|Level III Air ± 8 KV / Contact ± 6 KV|
|Immunity to radiated, radio-frequency, electromagnetic field acc.<br>IEC/EN 61000-4-3|Level III<br>10 V/m (80 M Hz to 1 G Hz) 80 % AM (1 k Hz)<br>3 V/m (1,4 →2 G Hz) 80 % AM (1K Hz)<br>1V/m (2 →2.7 G Hz) 80 % AM (1K Hz)|
|Immunity to rapid transient bursts acc. to IEC/EN 61000-4-4|Level III direct  ± 2 kV (power supply) / capacitive coupling clamp<br>± 1 KV (command input and outputs)|



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## General characteristics 

|General characteristics|General characteristics|
|---|---|
|Immunity to shock waves on power supply acc. to IEC/EN 61000-4-5|Level III<br>line-to-earth ± 2 kV / line-to-line   ±  1kV|
|Immunity to radio frequency in common mode acc. to<br>IEC/EN 61000-4-6|Level III<br>10 Vrms (0,15 →80 M Hz) 80 % AM (1 k Hz)|
|Immunity to voltage dips and breaks acc. to IEC/EN 61000-4-11|Industrial Class II:<br>0 % residual voltage during 1cycle a.c. power ports<br>70 % residual voltage during 25/30 cycles a.c. power ports<br>0 % residual voltage, 250/300 cycles a.c. power ports<br>Residential:<br>0 % residual voltage during 10 cycle a.c.power ports<br>40 % residual voltage during 10 cycles a.c. power ports<br>70 % residual voltage during 10 cycles a.c. power ports<br>0 % residual voltage, 250/300 cycles a.c. power ports|
|Mains-borne and radiated emissions acc. to EN 55022 (CISPR22),<br>EN55011 (CISPR11)|EN 55022 / CISPR22 Class B (IT equipment)<br>EN 55011 / CISPR11 Class B, Group 1 (Medical equipment)|



Curves Function A U Delay on energisation 1 relay R T ~~ee~~ Function Ac U ~~ee~~ Timing after closing and opening of control contact 1 relay Y1 ~~——|~~ R T T Function At U Timing on energisation with memory  1 relay Y1 ~~—~~ R ~~rt[tt]~~ t1 t2 T = t1+t2 Function B U ~~——~~ Timing on impulse one shot 1 relay Y1 ~~Sl~~ R ∞ T Function C U Timing after impulse 1 relay Y1 ~~a|~~ R ∞ T Function D U ~~———~~ Flip-flop Pause start 1 relay Y1 ~~Ppa~~ R T T ~~Beeeeers~~ Function Di U Flip-flop Pulse start 1 relay Y1 ~~|[pecee]~~ R ~~st~~ — jtne ~~e~~ —eenetn ~~ano~~ — - ~~4~~ T T Function H U Timing on energisation 1 relay R ~~SS~~ T 

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|Curves|Curves|Curves|Curves|Curves|Curves|Curves|Curves|
|---|---|---|---|---|---|---|---|
|Function Ht<br>Delay on energisation with memory 1 relay|t1<br>R<br>Y1<br>U<br>t2<br>T=t1+t2<br>~~a~~<br>~~a~~|||||||
|Function N<br>Watchdog|T<br>R<br>Y1<br>U<br>∞<br>T<br>~~Le~~<br>~~a~~<br>~~aaa~~|||||||
|Function Tl<br>Timed impulse relay|U<br>Y1<br>R<br>T<br>t<br>~~_~~|||||||
|Function TL<br>Impulse relay|U<br>Y1<br>R|||||||
|||||||||
|||~~LT~~||||||
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|||~~rt~~|~~rttt~~||~~tt~~|~~tt~~||
|||~~rt~~|~~rttt~~||~~tt~~|~~tt~~||
|||~~rt~~|8<br>~~rttt~~||8<br>~~tt~~|8<br>~~tt~~||

Updated at June 3, 2026

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